Future expansion in this case means updating the technical capacities of the control room, for example in the 911 dispatch world, the most influential technological expansion happened (and continues to happen) during the Next Generation 911 transition. This transition required supervisors to re-think how they designed their centers, so they could accommodate the growing demands for IT infrastructure and all the cables and wires and additional equipment it entails. Some centers might rely on cloud services and do not have that many IT equipment on the actual console, but for the most part, the reliability of control rooms comes from the fact that they integrate redundancy into their design. Which means being able to survive a blackout and continue to operate even if the power goes out. That is how backup 911 centers are designed to operate. Use heavy duty materials for durability Control rooms, especially 911 dispatch centers are not upgraded very often. Their lifespan oscillates between 10 to 15 years, but with heavy duty materials and the proper care and maintenance, this can be expanded. Today the best control room consoles are built using heavy duty materials that can endure daily wear and tear. Think of things like constant height adjustments, scratches, impacts, stains, and everything that might occur inside a mission critical environment. Sustema consoles are built using 12-gauge steel substructures and high-pressure laminated worksurfaces, to ensure that operators and their equipment stay supported all day long, all year round. Learn more about our products here. Modular components and capacity for changing accessories as needed The modern control console can support a plethora of accessories like task lamps and status lights, but it can also support the weight of multi-monitor layouts which can change year to year, as new software is added or removed from the setup. After more than 2000 thousand installations completed, we know that no 2 control rooms are identical. However, the one thing they do have in common is their capacity to adapt to the user’s needs. The components that you can add and remove throughout the year include lighting solutions, acoustic and visual panels, cable management options like power bars, and even the monitor mounting solutions. Having a versatile control console can be the difference between updating the all the control center and simply swapping in our out an accessory item. Easy access to IT equipment for cable management and maintenance Your IT specialist will thank you for choosing a vendor that designs easy access to the IT equipment without having to disassemble the entire console. Truly modern setups allow users to access the data and power cables running through the console to perform IT maintenance, and above all, without disrupting operations. For an example of a modern setup, you can review this case study in which the City of Terrebonne, updated their emergency center with Sustema consoles, specifically to future proof their control room. Taking internal foot traffic into consideration when drawing out the layout of the room The design of a control room includes the tangible elements that you can see and interact with like the shape of the control consoles, the accessories, and all the IT requirements. But there is also a lot of intangible factors that play an important role in designing a welcoming and professional layout. One of these factors is the foot traffic of all the people who will be walking around the center, for more information, you can review the guidelines for ergonomic clearances. Do you need help planning a future control room? We can help! Contact us and we will help you through every stage of planning and building your upcoming control room project. You can review one our case studies to give you an idea of what the whole process looks like or explore our catalog of consoles and ask for a quote.

A Security Operations Center can have the best cameras, access control tools, alarms, and analytics on the market, yet still lose time because the physical workspace does not support the work. Operators sit for long shifts, monitor multiple sources, respond to changing priorities, and coordinate with teams under pressure. The furniture around them shapes how well they can do that. Dispatch console furniture is more than a place to hold screens. In a well-designed SOC, consoles help reduce fatigue, organize technology, improve sightlines, and make collaboration easier during critical events. The result is a room that supports sharper decisions and faster response. A purpose-built SOC layout helps operators see, communicate, and act with less friction. Ergonomic design helps operators stay alert longer SOC work is physically and mentally demanding. Operators often sit for extended periods while reviewing video feeds, alarm data, maps, incident queues, and radio or chat communications. Poor posture, awkward monitor height, and cluttered surfaces can wear people down long before a shift ends. A well-built console gives operators control over their working position. That may include: Sit-stand height adjustment for shift variation and comfort Monitor arms that place screens at proper eye level Curved work surfaces that keep key tools within easy reach Task lighting that reduces eye strain without creating glare Footrests, wrist support, and adjustable accessories for long shifts Ergonomics directly affects efficiency. When operators do not need to fight the workspace, they can focus on the event in front of them. A small design issue, such as a screen placed too high or a radio mounted out of reach, can slow response when seconds matter. This is especially true in 24/7 centers. In public safety dispatch environments, for example, agencies often move from standard workstations to purpose-built consoles after recognizing that long call-taking shifts require stronger ergonomic support. The same principle applies to SOCs that monitor campuses, hospitals, airports, utilities, and enterprise facilities. Cable management reduces clutter and downtime Technology density is one of the biggest differences between a standard workspace and a SOC console. A single operator position may support several monitors, keyboards, radios, power supplies, KVM switches, network connections, charging docks, and control panels. Without proper cable management, that setup becomes hard to maintain. Loose cables create visual clutter, make cleaning difficult, and increase the risk of accidental disconnection. They also slow down technicians who need to troubleshoot or replace equipment. Specialized consoles solve this with built-in pathways and access points. Common features include: Rear cable raceways Removable access panels Separated power and data routing Ventilated equipment compartments Labeled connection points Service access that does not disrupt the operator Clean cable routing helps technical teams maintain SOC systems without disrupting operations. Casino surveillance rooms offer a clear real-world example. These environments depend on continuous camera coverage and quick review of many video feeds. When surveillance teams upgrade from improvised work surfaces to consoles with managed cabling and monitor support, the room becomes easier to service and less prone to cable-related interruptions. The operational gain is not flashy, but it matters every day. Modularity supports changing missions and growing teams SOCs rarely stay the same for long. New cameras are added. Access control systems change. Cyber and physical security teams may begin sharing a room. A facility may need more operator positions during major events, storms, or high-risk periods. Modular console systems help the room adapt without a full rebuild. Instead of treating furniture as fixed infrastructure, modular designs allow teams to add, remove, or reconfigure positions as needs change. Useful modular features include: Reconfigurable console sections Add-on monitor supports Swappable work surface components Adjustable equipment bays Scalable layouts for small and large SOCs This flexibility supports both daily operations and emergency response. A regional utility SOC, for instance, may use a normal staffing model during routine monitoring but bring in additional operators during severe weather. Modular furniture can support temporary team expansion while keeping sightlines, communication paths, and equipment access intact. The same pattern appears in university and healthcare security centers. As campuses add buildings, cameras, visitor management systems, and emergency notification tools, modular consoles give the SOC room to grow without creating a patchwork of mismatched stations. Modular furniture lets SOC layouts grow as monitoring needs change. Integrated technology turns the console into part of the system Modern SOC furniture often includes technology support built into the console itself. This can include power modules, USB charging, monitor mounting systems, radio mounts, speaker integration, environmental controls, and equipment ventilation. The goal is simple. Operators should have the tools they need in the right place, without crowding the work surface or blocking views. Integrated technology also improves consistency across the room. When every position has the same monitor arrangement, controls, lighting, and cable access, operators can move between stations with less adjustment. Supervisors also gain a cleaner view of team activity and screen status. Airport security operations show why this matters. These centers often watch video, alarms, access control, intercoms, and incident reports at the same time. A console that supports side-by-side systems, shared displays, and fast communication can help operators move from detection to coordination more smoothly. The furniture does not replace the technology, but it helps the technology work as intended. Better furniture improves collaboration during incidents A SOC is not just a row of individuals at screens. During an incident, operators need to share information quickly, confirm details, coordinate roles, and keep supervisors informed. Furniture layout plays a major role in that process. Console shape, spacing, and screen placement can either support teamwork or create barriers. Curved or pod-style layouts make it easier for operators to communicate without leaving their stations. Supervisor consoles placed with clear visibility can help leaders assess workload and step in when needed. Shared wall displays give everyone a common operating picture. The best SOC layouts reduce unnecessary movement and help teams communicate without breaking focus. Specialized furniture can also separate quiet monitoring areas from active response positions. That helps reduce noise and distraction during routine work while still allowing the room to shift into a coordinated response mode when needed. Shared sightlines help teams coordinate faster during active incidents. The workspace becomes a security tool The physical design of a SOC affects how quickly teams notice, interpret, and respond to events. Ergonomic consoles help operators stay comfortable and alert. Cable management keeps technology organized and serviceable. Modular layouts support future changes. Integrated technology keeps critical tools close at hand. Better sightlines and smarter room layouts improve team coordination. For security leaders planning a new SOC or upgrading an existing one, furniture should be part of the operational strategy from the start. The right consoles do not simply make the room look more professional. They help people work with less friction, make decisions faster, and respond with greater confidence when the situation demands it.

Installation No. 25428 About the client Our client is a pivotal organization dedicated to managing and coordinating multi-agency responses to emergencies and disasters within their jurisdiction. They play a crucial role in alerting and notifying appropriate agencies when disaster strikes, ensuring that resources are available and mobilized during large-scale incidents. Their responsibilities include developing comprehensive preparedness plans and procedures for effective response and recovery, as well as providing essential materials to the public to enhance community readiness. Additionally, they oversee the Emergency Operations Center, a facility that ensures coordinated emergency response during significant incidents, and maintain a strong partnership with state-level emergency management. Their support extends to local emergency management, emergency medical services, law enforcement, and fire agencies, making them an indispensable asset in times of crisis. About the project The project involved the construction of a backup 9-1-1 communications center designed to enhance operational efficiency and privacy for telecommunicators. This facility required 21 ergonomic workstations, ensuring comfort and productivity for each operator. The design prioritized ease of IT maintenance, allowing for seamless updates and troubleshooting without disrupting critical emergency services. Additionally, the layout fostered a sense of privacy for telecommunicators, enabling them to perform their duties with minimal distractions. This comprehensive approach aimed to support the client's mission of providing reliable and effective emergency communication services. About the solution Our client chose our FOCUS control console, because it met their specific requirements for their new backup 9-1-1 communications center. The 21 ergonomic workstations would be arranged in six groups of three linear consoles and three single standing stationary consoles. Each workstation needed to be equipped with height-adjustable worksurfaces, retractable integrated monuments, raised and lockable CPU enclosures with front and rear access, and LCD monitor arms mounted on the surface. The heavy-duty construction ensures mission-critical 24/7 operation, with safety features such as smooth edges and cutting-free parts. The workstations are designed with high-density particle board surfaces covered with high-pressure laminate and reinforced with a heavy-duty substructure for durability. The frames are made from cold-rolled steel and aluminum extrusions, capable of supporting up to 1200 lbs. The lifting system includes HD motors with anti-collision features, adjustable height, and an LED keypad for easy adjustments. CPU storage units are integrated into the frame, providing ample knee and leg room, ventilated bases, and programmable fans for optimal air circulation. Cable management is integrated throughout the system, with chains to protect cables during height adjustments and provisions for managing excess cable lengths. Separator panels made of frosted glass or plexiglass provide privacy, while monitor arms support multiple monitors with adjustable, rotating, and tilting capabilities, ensuring maximum flexibility and clutter-free cabling. This comprehensive solution not only meets the client's operational needs but also enhances the efficiency, safety, and comfort of telecommunicators in the backup 9-1-1 communications center. Conference table Our client also required a technology conference table, which incorporated the same technology integrations as the dispatcher consoles. The proposed conference table for the backup 9-1-1 communications center is designed to accommodate eight users and match the color and finishes of the console workstations. Measuring 106” x 48”, the table features a high-density particle board worksurface covered with high-pressure laminate and equipped with urethane edging for durability and safety. The frame is constructed from 10 gauge cold-rolled steel with a charcoal powder coat finish or aluminum extrusions, ensuring a weight load capacity of 750 lbs. The table includes a retractable integrated dual-sided monument and an advanced cable management system, providing lateral and vertical cable management capabilities. Hinged doors on both sides and ventilated shelves ensure efficient IT equipment ventilation. The heavy-duty construction is designed for mission-critical 24/7 operation, with smooth edges to prevent any sharp or cutting parts, ensuring user safety. Storage solution The custom storage solution includes an IT storage credenza and conference room file storage credenzas tailored to the specific needs of the users. The IT storage credenza measures 120” W x 24” D x 29” H and is designed to support documentation and IT servicing equipment, featuring four sliding drawers and four open shelves. It matches the surface and base colors of the consoles. Additionally, four conference room file storage credenzas, each measuring 36” W x 24” D x 29” H, are required to support training documentation. These credenzas include two pull-out drawers and are designed to match the surface and base colors of the conference table and consoles, ensuring a cohesive and functional workspace. About the result The installation of our control room furniture has significantly enhanced the working environment for both the staff and the organization. The ergonomic workstations, equipped with height-adjustable surfaces and retractable integrated monuments, provide comfort and flexibility, reducing physical strain and promoting better posture. This leads to increased productivity and less burnout among operators, as they can adjust their workstations to suit their individual needs throughout their shifts. The heavy-duty construction and thoughtful design ensure that the workstations are safe and durable, free from sharp edges and cutting parts, which contributes to a safer work environment. The integrated cable management system and organized CPU storage units help maintain a clutter-free workspace, allowing operators to focus on their tasks without distractions. The privacy panels and adjustable monitor arms create a sense of personal space, enabling operators to work more efficiently and with greater concentration. The conference table and custom storage solutions further support the organization by providing dedicated spaces for documentation, IT equipment, and training materials, ensuring that everything is easily accessible and well-organized. Overall, the new control room furniture meets all the requirements and provides tangible benefits such as enhanced comfort, improved productivity, reduced burnout, and a more organized and efficient workspace for the operators. This comprehensive approach not only supports the staff in performing their duties effectively but also contributes to the overall mission of the organization in managing and coordinating emergency responses. Transform Your Control Room with Our Expertise Experience the benefits of a well-designed control room that enhances comfort, productivity, and efficiency. Our ergonomic workstations, advanced cable management systems, and custom storage solutions create an organized and safe environment for your operators. Let us help you build a control room that meets your unique needs and supports your mission. Reach out to us today to start designing your ideal workspace.

A dispatch console is used differently than ordinary furniture. It supports long shifts, fast decisions, multiple screens, radios, phones, and constant hand movement. In a 24/7 operation, the furniture never really gets a break, and neither does the room it serves. Choosing the right dispatch console furniture means balancing comfort, durability, and function from the start. A console should help operators stay focused, reach equipment easily, and work without fighting the workstation. The best designs feel quiet in the background because they support the work instead of interrupting it. Ergonomics make long shifts more manageable Dispatch work often means hours at a keyboard, frequent screen viewing, headset use, and quick coordination between systems. Small discomforts can build over time, especially when a console is shared across shifts. A good ergonomic console supports a neutral working posture. The operator should be able to sit or stand with shoulders relaxed, wrists supported, and screens positioned at a comfortable viewing height. Controls should sit within easy reach, reducing twisting, leaning, and repeated strain. Key ergonomic features to look for include: Height adjustability Sit-to-stand capability lets operators change posture through a long shift. This can help reduce fatigue and support different body types across shared workstations. Proper monitor positioning Monitor arms should allow screens to move up, down, forward, and back. Dispatchers often use several displays, so the layout should reduce neck turning and eye strain. Comfortable work edges A urethane edge creates a smooth, slightly forgiving surface where hands and forearms rest during keyboard work. This matters in long-use settings where hard or sharp edges can become uncomfortable. Adequate leg clearance The underside of the console should allow natural movement. Equipment, power supplies, and support structures should not crowd the operator’s knees and feet. In a 24/7 dispatch environment, comfort is not a luxury. It is part of keeping attention steady during demanding work. Durable materials matter in nonstop environments Furniture used around the clock needs materials that can handle wear, cleaning, equipment weight, and constant contact. A console built for light use may look fine at installation, but 24/7 service can expose weak surfaces, loose supports, and poor cable access quickly. High pressure laminate, often called HPL, is a strong option for work surfaces. It resists daily wear better than many standard surface materials and is available in a range of finishes. For dispatch settings, HPL can provide a practical mix of durability, clean appearance, and ease of maintenance. The support structure matters just as much as the surface. Steel substructures provide strength and stability under monitors, communication equipment, control panels, and heavy use. A stable console reduces wobble, protects equipment, and helps the workstation feel secure during active shifts. When comparing materials, look beyond the appearance. Ask how the console will perform after years of use, cleaning, hardware changes, and continuous operation. Feature Why it matters in 24/7 use High pressure laminate work surface Resists wear from constant hand contact, keyboards, and equipment Steel substructure Adds strength for heavy monitors, radios, and shared use Urethane edge Creates a smoother contact point for wrists and forearms Replaceable components Supports future updates without replacing the entire console Easy-to-clean surfaces Helps keep shared workstations ready between shifts Durable materials help consoles stand up to nonstop use. Console layout should support the workflow The right configuration depends on how operators use the room. Dispatch centers may need direct sightlines to video walls, quick communication between team members, or individual work zones with high focus. Furniture layout should follow the work, not the other way around. Linear configurations work well for shared visibility A linear console layout places workstations in straight rows or gently aligned runs. This can work well when operators need to face the same direction, watch a shared display, or maintain clear supervisor sightlines. Linear designs also make cable routing and room planning easier in many spaces. They can fit well along walls or in rows while leaving clear walkways for supervisors and technical support. Cockpit style configurations support focused control A cockpit style console wraps key tools around the operator. Screens, radios, phones, and input devices sit in a tighter arc, reducing reach and helping the user maintain focus. This setup can work especially well for roles that require close monitoring of multiple systems at once. The goal is to keep high-use items inside the primary reach zone while avoiding a cramped layout. The choice between linear and cockpit style designs should reflect: Number of screens per position Need for team communication Sightlines to room displays Supervisor access Available floor space Future growth plans ADA and clearance needs A furniture plan should also account for shift changes. Operators need enough room to enter, exit, adjust seating, store small personal items, and take over a workstation without disrupting nearby positions. Accessories and cable management improve daily performance Functionality often comes down to the details. A console can have strong materials and good shape, yet still frustrate users if cables are tangled, lighting is poor, or frequently used tools sit in awkward locations. Cable management should be built into the console, not added as an afterthought. Dispatch centers often use monitors, phones, radios, speakers, chargers, network connections, and backup equipment. Clean cable routing improves safety, makes maintenance easier, and helps the room look orderly. Useful customization options include: Task lights Adjustable lighting helps operators read notes, forms, or labels without flooding the whole room with light. Monitor arms Movable arms let users adapt the screen layout by shift, task, or personal preference. Power and data access Well-placed access points reduce clutter and limit the need for exposed cords. CPU Enclosures Dedicated spaces for CPUs, radios, and control equipment keep technology secure and reachable for service. Storage options Locking drawers, shelves, and small compartments can support shared use without taking over the work surface. Personal climate support Some console designs can include fans, heaters, or other comfort accessories where appropriate. Built-in cable paths and accessories keep workstations cleaner and easier to service. A smart selection process reduces costly mistakes Dispatch console furniture should be selected with the full room in mind. Start by mapping the work. Count screens, radios, phones, keyboards, and specialty devices for each role. Then review how operators move, communicate, and shift between tasks. Before choosing a design, confirm these points: What equipment must stay within arm’s reach Which screens require constant viewing How many people use each station in a day How technicians will access power and data Whether operators need sit-to-stand capability How the room may change over the next several years It also helps to involve the people who use and maintain the consoles. Operators can identify reach, lighting, and comfort issues that may not show up on a floor plan. Technicians can flag access needs for cables, devices, and service panels. The best dispatch console furniture combines a durable build with a layout that feels natural during real work. High pressure laminate surfaces, steel substructures, urethane edges, smart cable management, task lights, and the right configuration all play a role. Choose furniture that supports the shift, protects the equipment, and fits the workflow. In a 24/7 operation, those details add up every hour of every day.

Control Room Furniture procurement can look simple from a distance. Pick the products, approve the quote, issue the purchase order, and wait for delivery. In practice, the process is full of small decisions that affect cost, schedule, quality, warranty coverage, installation, and long-term maintenance. Many furniture manufacturers and procurement teams focus heavily on design and production capacity, then treat purchasing details as administrative work. That is where projects start to slip. A vague specification, an unrealistic allowance, or an untested vendor can add weeks to a timeline and create costs no one planned for. This list covers the procurement challenges that most often delay furniture projects or inflate budgets, along with practical ways to prevent them. Furniture procurement starts long before the purchase order is issued. 1. Treating the budget as a fixed number too early A furniture budget is often approved before the scope is fully defined. That creates a false sense of certainty. The number may cover the base product but miss freight, storage, installation, design changes, mockups, tariffs, finish upgrades, site handling, or replacement parts. This is especially common when teams use past projects as a shortcut. Historical pricing helps, but it can mislead when material costs, labor rates, lead times, or project requirements have changed. A strong furniture budget should separate the major cost categories: Product cost Freight and delivery Storage or warehousing Installation labor Site protection Mockups and samples Contingency Warranty and service needs The mistake is not being slightly over or under the first estimate. The mistake is presenting an early number as final before the project has enough detail. Practical tip Build a budget range at the start, then narrow it as specifications, quantities, and delivery conditions become clearer. Keep a visible contingency line instead of hiding uncertainty inside product pricing. 2. Writing specifications that leave too much open to interpretation Specifications drive pricing, production, and vendor accountability. When they are incomplete, every supplier fills in the gaps differently. That makes quotes hard to compare and creates room for disputes later. Common specification gaps include unclear dimensions, unspecified finishes, missing performance requirements, vague upholstery details, and incomplete hardware descriptions. Even simple words like “commercial grade,” “durable,” or “matching finish” can mean different things to different vendors. For furniture procurement, the specification should answer practical questions: What are the exact dimensions and tolerances? What material, finish, edge detail, and hardware are required? What standards or performance needs apply? Are samples or prototypes required before production? What packaging is needed for delivery and handling? What warranty terms must apply? Specifications should also identify acceptable alternates. Without that guidance, vendors may bid products that appear similar but are not equal in performance, appearance, or service life. Practical tip Create a specification template for repeated product categories such as seating, casegoods, tables, millwork, and upholstered items. Include visual references, but do not rely on images alone. 3. Ignoring total cost of ownership The lowest unit price rarely tells the full story. Furniture that costs less upfront may require more frequent replacement, special cleaning, harder-to-source parts, or higher installation labor. That can raise the actual cost over the life of the product. Total cost of ownership matters most in high-use environments. Seating, tables, storage units, and modular furniture can take daily wear. If the product is difficult to repair or parts are not available, a small purchase price advantage can disappear quickly. Total cost should include: Expected service life Maintenance requirements Availability of replacement parts Warranty coverage Cleaning and repair needs Reconfiguration costs Disposal or recycling concerns This is one of the most overlooked procurement challenges in furniture because many teams are measured against initial project cost, not long-term value. That narrow view can reward cheap decisions that become expensive later. Practical tip Ask vendors to provide maintenance instructions, warranty limits, replacement part availability, and expected lead times for service items before award. Precise material choices help vendors price and produce furniture accurately. 4. Allowing sole-source decisions without clear justification Sole-source procurement can be valid. A specific product may be needed for design consistency, replacement compatibility, warranty continuity, or technical performance. The problem starts when sole-source choices are made casually or without documentation. Unjustified sole-source decisions can reduce competition, weaken negotiating power, and create approval delays. They can also increase risk if the selected vendor has long lead times, limited capacity, or poor service history. A good sole-source justification explains why alternatives are not suitable. It focuses on measurable needs rather than preference. Strong reasons may include: Compatibility with existing furniture systems Matching prior installations Unique performance requirements Required certifications Specialized dimensions or finishes Warranty continuity Weak reasons often sound like personal preference, habit, or convenience. Practical tip Use a short sole-source review form. Require the requester to state the need, list alternatives considered, explain why those alternatives do not meet requirements, and identify risks if the sole-source vendor cannot deliver. 5. Comparing vendor quotes that are not truly comparable Three quotes do not create competition if each vendor priced a different scope. One may include freight while another excludes it. One may include installation, while another assumes dock delivery only. One may quote a standard finish, while another includes a custom stain. This creates an uneven comparison and can make the lowest quote look better than it is. Quote comparison should cover more than unit price. At minimum, check: Evaluation factor What to confirm Scope Products, quantities, alternates, and exclusions Freight Delivery terms, fuel charges, and handling limits Installation Labor, site conditions, packaging removal, and punch work Lead time Production time, transit time, and approval dependencies Warranty Length, coverage, exclusions, and service process Payment terms Deposits, progress billing, retainage, and final payment Risk Capacity, references, and past performance Procurement specialists should normalize quotes before recommending an award. That means adjusting each proposal so decision-makers can see the real cost and risk side by side. Practical tip Issue a bid form with required line items. If every vendor follows the same format, comparison becomes faster and more accurate. 6. Underestimating lead times and approval cycles Furniture schedules often fail because procurement begins too late. The product lead time is only one part of the timeline. Before production begins, many projects need shop drawings, finish samples, color approvals, mockups, site measurements, credit approvals, or deposit processing. Delays also happen when decision-makers underestimate the time needed to review alternates. If a vendor proposes a substitute, the team may need to check design intent, performance, dimensions, code needs, and warranty terms. A furniture schedule should include: Specification completion Bid period Quote review Vendor clarifications Contract or purchase order processing Sample approvals Production Freight Receiving Installation Punch list correction If any one step starts late, the full project can shift. Practical tip Build a procurement schedule backward from the required installation date. Add approval deadlines and name the person responsible for each decision. Delivery conditions can affect both schedule and final project cost. 7. Skipping a structured vendor evaluation Vendor evaluation is sometimes reduced to price, availability, and a few references. That is too thin for furniture projects where production quality, delivery coordination, and after-sale service matter. A low-cost vendor can become expensive if they miss deadlines, ship incomplete orders, package products poorly, or respond slowly to warranty claims. Procurement teams need a clear way to evaluate both capability and risk. Useful vendor evaluation criteria include: Experience with similar furniture categories Production capacity Quality control process Financial stability indicators Sample and mockup quality Delivery reliability Installation support Warranty response Communication quality Ability to manage changes References should be specific. Instead of asking whether a vendor did a good job, ask whether they met delivery dates, handled punch list items promptly, and honored warranty commitments. Practical tip Score vendors on the same criteria for every major purchase. Keep the completed scorecards so future sourcing decisions are based on evidence, not memory. 8. Missing the cost impact of change orders Furniture changes can seem small, but they often affect manufacturing, materials, freight, and installation. A finish change may require new samples. A size change may affect packaging or production setup. A quantity change may affect price breaks. Late changes are especially costly after materials have been ordered or production has started. Even when the vendor agrees to adjust, the project may absorb extra costs through restocking fees, rework, expedited freight, or added labor. Common change order triggers include: Late design revisions Incomplete field measurements Finish changes after approval User preference changes Site readiness problems Product substitutions Quantity increases or reductions The best way to control change orders is to define approval points and freeze dates. Once the team approves a finish, dimension, or quantity, changes should require documented cost and schedule review. Practical tip Create a simple change log. Track who requested the change, why it was needed, the cost effect, the schedule effect, and approval status. 9. Overlooking site conditions until delivery day Furniture procurement does not end when products leave the factory. Delivery and installation can fail if the site is not ready. Elevators may be unavailable, door openings may be too narrow, flooring may be unfinished, or other trades may occupy the area. These issues create delays, redelivery fees, storage costs, and damage risk. They also strain vendor relationships when installers arrive but cannot work. Site readiness checks should cover: Access routes Loading dock rules Elevator size and scheduling Door and hallway clearances Floor protection Power availability when needed Staging space Security requirements Work hour restrictions Debris removal rules Furniture manufacturers may overlook these details because they focus on production and shipping. Procurement teams can protect the project by connecting purchasing decisions to actual site conditions. Practical tip Schedule a pre-delivery site review with the vendor, installer, and project contact. Confirm access, timing, staging, and installation sequence before shipping. 10. Failing to document decisions and approvals Many furniture problems come from informal decisions. A finish is approved in a quick message. A substitute is accepted during a call. A delivery date changes without a written update. Later, no one can confirm what was agreed. Poor documentation creates confusion, slows dispute resolution, and weakens cost control. It also makes future projects harder because lessons are not captured. Procurement records should include: Final specifications Approved quotes Clarifications and exclusions Approved samples Substitution approvals Change orders Delivery dates Punch lists Warranty documents Vendor performance notes The goal is not paperwork for its own sake. Good documentation protects budget, schedule, and accountability. Practical tip Keep one shared procurement file for each project. Use clear file names and update decision logs as approvals happen, not weeks later. Clear records help prevent avoidable disputes and repeat mistakes. The top priority for better furniture procurement If one issue deserves attention first, start with specifications. Clear specifications improve budgeting, quote comparison, vendor evaluation, production accuracy, and change control. They also reduce the chances of relying on unclear assumptions. From there, build a repeatable process: Define the scope in detail. Build a budget that includes the full project cost. Document sole-source needs when they exist. Compare vendors using the same criteria. Track approvals, changes, and delivery risks. Furniture procurement rewards preparation. The projects that stay on budget are rarely the ones with no surprises. They are the ones where likely problems were identified early, priced honestly, assigned to the right owner, and documented before they became expensive.

Installation No. 26576 I was very happy with the furniture solution provided, as it perfectly met my needs and expectations. The service both before and after the installation was excellent—professional, responsive, and thorough. I truly appreciated the attention to detail and support throughout the entire process. Candace Cross, Durham Regional Police Service About the Client Our client is a police regional service that covers a population of over 800,000. As leaders in community safety, they work with all members of the community to proactively address future challenges in their jurisdiction. About the Project Floor plan of dispatch center, by Sustema The goal was to upgrade their control room furniture with modern dispatch consoles that complied with their strict requirements, including: Heavy-duty technical furniture, purpose-built for mission-critical environments. Respondents with at least 20 years of experience in heavy-duty technical furniture. Compliance with ANSI/BIFMA x5.5-2021 Certification. Excellent support services and servicing of the consoles. Cable management solutions to reduce downtime. Height-adjustable work surfaces and safety stop collision sensors. Ergonomic finishes and Greenguard certification for work surfaces. Storage solutions and CPU enclosures for IT equipment as well as personal storage. About the Solution For this project, our client chose our Focus control room console and the Transit control console. Due to its versatility, the Focus console can be used to maximize floor space in small control rooms. Thanks to its footprint, equipment can be easily stored within. Our client implemented both models of control room furniture: a large 72-inch wide Transit model meant for supervisors and a more compact, 42-inch wide Focus console meant for visitors. Both consoles share the same ergonomic features, most technology integrations, and durable accessories. See the Transit and Focus consoles below, respectively. Features of Our Dispatch Consoles: Wall System Height: At least 38 inches for Visitor Consoles and 50 inches for Supervisor Consoles. Cable Management: Two levels of raceway within the wall. Thickness: 5 inches to accommodate cables. Panel Covers: Hand removable panel covers matching the color of the surfaces. Lifting System Actuators: Linak DL6 actuators with a minimum lifting force of 400 pounds. Safety: Equipped with a safety stop collision sensor on the front bottom lip of the consoles. Keypads: Digital readout displaying error codes. Worksurfaces Edging: Urethane waterfall edging. Certification: Greenguard certified. Substructure: Metal surface substructure allowing cables to pass through. Bookshelf Return Units Configuration: Two drawers on the bottom two rows and an open slot on the top row. Width: Between 36 inches and 42 inches. Color: Matching the consoles. Retractable Power Monuments Retractable: Monument units retract into the surface when not in use. Socket Inserts: Interchangeable socket inserts for four slots: Standard 110-volt socket, USB Power, USB-C Power, and HDMI. About the Results After installing Sustema’s dispatch consoles, our client transformed their aging control room setup into a modern 911 dispatch center capable of live monitoring of operations such as raids, warrant searches, and coordinated air surveillance. The Transit consoles are operated by supervisors who can manage these complex operations efficiently, while the Focus consoles provide visitors with a compact and ergonomic workspace. Get Started with Your Control Room Upgrade! Are you looking to upgrade your control room with state-of-the-art dispatch consoles? Contact us today to learn how we can help you plan and implement a new control room setup that meets your specific needs. Our team of experts is ready to assist you in creating a functional, efficient, and modern control room environment. Reach out to us now to get started!

A workstation guide for control rooms, public safety answering points (9-1-1 dispatch) and other mission critical environments. Ergonomic guidelines available for ordinary office furniture must be expanded because the specialized furniture used in mission critical environments is used around the clock, and more intensely than ordinary office furniture. Here is a guide for control room furniture including common mistakes and how to address them. Some changes can be implemented by the operator while others must be attended by the organization. How to start adjusting your workstation? First of all, any changes that you do must be done for a specific reason. Not at random, otherwise not only will you not solve the issue at hand, you will end up creating another pressure point that hinders your performance in the control center. So how do you actually start? It is simple, begin by setting your chair in a neutral position. That means the backrest the seat depth and height. Make sure to leave your chair in a neutral position. 1.Adjust your chair before adjusting anything else With the chair in a neutral position, raise the seat height to the max. Seat on the chair, ensuring your back is touching the lumbar support (which we are not adjusting yet) and bring the chair down until the heels are firmly on the ground and the pressure underneath the thighs has disappeared. Next, adjust the backrest. Seat all the way back into your chair and depending on the type of chair you have, you’ll perform the following changes: If the backrest goes up and down and you hear a click, then move the backrest all the way up and lower it, click by click, until you feel your lower back supported by the chair. If the backrest slides up and down without making any clicks just raise the backrest to the top and while you are sitting down all the way to the back, lower it until it stops on its own. You should feel support on your lower back. Lock the backrest in place. With a height adjustable lumbar support, just place it at waist level ad adjust the pressure so it is comfortable and supportive. Adjusting the armrest is simpler. With your neck relaxed, set the armrest where your forearms are bended to a 90 angle, so they are available if you need them but are never in the way. At this point you will have a chair that has adjusted to your body. The job of the chair is to mold to your body and provide support. 2. Arrange the Monitors Around the Work Control rooms often rely on multiple displays but monitor count alone does not determine whether the setup is appropriate. The more useful question is: Which screen receives the most attention, and does viewing it require repeated head or body rotation? Place the primary display directly in front of the operator. Locate secondary displays according to how frequently they are used, with the most important screens closest to the central viewing area. The work surface should provide enough depth to maintain a comfortable viewing distance. OSHA guidance identifies at least 20 inches, or about 50 centimetres, as a practical minimum, while recognizing that screen size, text size and the task also influence placement. Monitor height, tilt and angle should be adjustable. Glare should be managed through screen position, matte work surfaces and controllable lighting. When a laptop is used for prolonged work, a docking station or external monitor, keyboard and pointing device can help separate screen position from input-device position. 3. Reduce the Reach You Repeat All Shift A reach performed once may be insignificant. A reach repeated throughout a 12-hour shift deserves attention. Frequently used equipment should remain in the operator’s primary work zone, close enough to use without leaning, stretching or moving the elbow far from the body. Keep the keyboard, mouse, telephone and frequently used controls close to the operator. Place the mouse as close to the keyboard as practical. Consider a compact keyboard or detachable number pad when it allows a closer mouse position and still supports the task. Choose an input device (mouse or other pointer) that fits the user’s hand, abilities and operational requirements. Use hands-free communication when the operator must type or manipulate controls while speaking. Position frequently referenced documents near the monitor and at a similar viewing height. Use a wrist rest during pauses rather than planting the wrists on it while actively typing. A control room should not assume that one mouse or headset fits everyone. Where equipment is shared, offering compatible options can improve fit without changing the underlying system. 4. Make Room for the Operator, Not Just the Equipment The area beneath a control-room console is working space. Files, computer equipment, bags and storage should not occupy the room needed by the legs and feet. Operators should be able to bring the chair close to the workstation and change seated positions without striking equipment or being forced to sit at a distance. Hard or angled desk edges can also place pressure on the wrists and forearms. Rounded edges, appropriately designed furniture or suitable edge padding can reduce direct contact pressure. If a desk is too high or too low, the preferred response is an approved, stable adjustment or properly designed adjustable furniture. Structural alterations and improvised supports should be evaluated and completed by qualified facilities personnel. 5. The Best Posture Is Not One Posture Even a well-adjusted workstation can become uncomfortable when the operator remains in the same position for too long. Computer work often creates very few natural changes in body position, and this lack of movement can contribute to muscle pain and strain. The practical objective is supported variation. Operators can alternate among comfortable seated positions, use a standing mode when the workstation and task allow, and take brief movement opportunities during natural pauses and scheduled breaks. A sit-stand surface can make position changes easier, but standing continuously simply replaces one static posture with another. 6. Ergonomics Includes What Operators Hear and See Control-room ergonomics extends beyond physical posture. Conversations, radios, ventilation systems and sounds from a caller’s location can make communications harder to hear. Operators may respond by increasing headset volume, while feedback, interference or sudden changes in the communication system can create unwanted sound peaks. Headsets should offer appropriate volume adjustment, suitable fit and, where needed, noise-limiting or noise-cancelling features. Providing more than one compatible design can help accommodate different users. Room-level controls may include greater separation between stations, partial barriers, acoustic treatment on hard surfaces and maintenance of communication equipment. Lighting should also reflect the task. Printed documents may require broader illumination, while computer work often benefits from controlled, focused lighting that does not create glare. Adjustable task lighting gives operators more control as daylight, tasks and screen content change. What the operator can change and what the organization must provide OPERATOR ACTIONS ORGANIZATIONAL ACTIONS Reset the chair, monitor, mouse, lighting and headset at the start of the shift. Provide equipment with suitable adjustment ranges for the workforce and the task. Keep frequently used devices close and the leg space clear. Maintain chairs, consoles, displays and communication systems. Use supported posture changes when work permits. Design staffing and work practices that permit appropriate breaks and movement. Report damaged equipment, poor fit, noise spikes and persistent discomfort. Evaluate reported hazards, room acoustics and workstation fit through the health and safety process. Sources and Further Reading Occupational Safety and Health Administration (OSHA). Computer Workstations eTool: Desks and workstation components. https://www.osha.gov/etools/computer-workstations/components/desks OSHA. Computer Workstations Purchasing Guide. https://www.osha.gov/etools/computer-workstations/checklists/purchasing-guide OSHA. Computer Workstations Evaluation Checklist. https://www.osha.gov/etools/computer-workstations/checklists/evaluation National Institute for Occupational Safety and Health (NIOSH). Ergonomic risk factors. https://www.cdc.gov/niosh/ergonomics/ergo-programs/risk-factors.html Canadian Centre for Occupational Health and Safety (CCOHS). Office Ergonomics Fact Sheets. https://www.ccohs.ca/oshanswers/ergonomics/office CCOHS. Working in a Sitting Position. https://www.ccohs.ca/oshanswers/ergonomics/sitting/sitting_basic.html CCOHS. Office Ergonomics: Stretching. https://www.ccohs.ca/oshanswers/ergonomics/office/stretching.html Note: This article provides general workplace ergonomic information. It is not medical advice and does not replace an assessment by a qualified ergonomics, occupational health or health care professional. Employers should also consult the occupational health and safety requirements that apply in their jurisdiction.

A 911 control room project touches almost every part of public safety operations. The room must support long shifts, fast decisions, technology that cannot fail, and staff who need to stay focused under pressure. For a first-time director, supervisor, or procurement team, the work can feel overwhelming. The best way to make it manageable is to treat the project as a clear journey: define the need, design the room, fund it, buy carefully, install with discipline, and test before go-live. Start with a clear picture of the room you need to build. Start with a clear assessment of needs Before drawings, quotes, or product demos, document how the room works today and how it needs to work in the future. Start with the basics: Current and future call volume Number of dispatch positions per shift Radio channels and CAD requirements Backup center needs Supervisor sightlines Training positions Storage, breaks, and shift change flow Power, HVAC, lighting, and acoustics Walk the room during a busy shift, not only during a quiet tour. Watch where people turn, what they reach for, where cords collect, and how noise moves across the room. A useful example comes from a county PSAP that planned six positions because it had six daily operators. During discovery, the team realized it also needed one trainee position, one supervisor position, and a spare position for storm events. That early finding changed the room size, electrical plan, and furniture order before money was spent. Create a written needs document. Keep it plain and specific. That record becomes the backbone for planning, buying, budgeting, justifying decisions later. Design the layout around people and response In a 911 room, layout decisions affect fatigue, communication, safety, and response time. Think through the room in zones: Dispatch work area Technology support area Staff support area Main operating positions, supervisor location, shared displays Equipment access, cable routing, radio and network coordination Lockers, quiet space, kitchenette access, restrooms, shift change flow The dispatch positions should allow clear sightlines without forcing everyone to face the same direction. Supervisors need to see the room and reach staff quickly. Shared displays should be visible, but not so bright or busy that they distract from active calls. Technology choices belong in the design phase, not after furniture is selected. Coordinate early around CAD, radio, phone, recording, video, mapping, monitors, speakers, headsets, and backup power. Each choice affects heat, cabling, mounting, and space. This is also the right time to evaluate control room furniture. Look for sit-stand function, monitor adjustability, cable management, service access, and durability for 24/7 use. A low-cost console that is hard to service can become expensive once technicians must crawl through tight spaces during outages. Cable access and service space should be planned before installation. Build the budget and procurement plan early Budget problems often come from missing categories, not from one bad estimate. Build a budget that includes the full project, not only the visible items. Common budget lines include: Architecture or facility design Electrical work Data cabling HVAC adjustments Lighting and acoustic treatments Consoles and seating CAD, radio, phone, and display hardware Backup power coordination Installation labor Temporary operations during construction Contingency* *A contingency means protection. Especially with older buildings which often hide surprises, such as limited conduit space, weak grounding, or airflow that cannot support added equipment. Procurement teams should get involved early. A purchasing process that only compares line-item prices may miss service access, warranty terms, installation support, and long-term fit. The better request for proposal asks vendors to explain assumptions, lead times, training, warranty coverage, and what the agency must provide before installation. For example, one small city avoided a costly delay by asking each vendor to list site readiness requirements. The selected vendor flagged that the floor cores, power drops, and network pathways had to be complete before consoles arrived. That note helped the city sequence trades correctly. Marking the room helps teams catch layout issues before equipment arrives. Keep stakeholders involved from concept to sign-off A control room project needs input from more than one department. Build a project group that includes operations, dispatch staff, IT, radio technicians, facilities, finance, procurement, leadership, and any partner agencies that share the space. Give each group a clear role. Dispatchers can identify workflow problems. IT can protect network and equipment requirements. Facilities can confirm building limits. Finance can track funding rules. Leadership can remove roadblocks. The best stakeholder process is steady and documented. Use short review points at each stage: Concept approval Confirm goals, scope, and must-have requirements. Layout review Check sightlines, storage, spacing, foot traffic, and ADA access. Technology coordination Confirm equipment counts, cabling, heat load, and power. Procurement review Make sure proposals match the real scope. Pre-installation meeting Confirm dates, site readiness, delivery path, and responsibilities. Do not wait until final approval to show staff the plan. A dispatcher may notice that a printer is too far away, a supervisor cannot see a critical screen, or a walkway will pinch during shift change. Those comments are much cheaper to address on paper. Oversee installation, testing, and go-live Installation is where planning meets reality. Assign one project lead to coordinate daily details and keep decisions from scattering across email threads. Before equipment arrives, confirm: Delivery routes and elevator access Secure storage for staged equipment Finished electrical and data work Clean space for installers Contact list for urgent questions Change order approval process Testing should cover more than turning systems on. Test the room the way it will be used. Run through sample call scenarios. Check audio levels, headset comfort, CAD access, radio reach, monitor placement, lighting at night, HVAC noise, and backup power behavior. Ask dispatchers to sit at each position and perform normal tasks. Small adjustments during testing can prevent months of frustration. A phased go-live can reduce risk. Some agencies move one or two positions first, validate performance, then bring the full room online. Others use a backup center for a short period while the main room is renovated. The right plan depends on staffing, call volume, and technical risk. After launch, schedule a 30-day review. Capture what works, what needs adjustment, and what should be shared with future project teams. A successful project ends with a tested room ready for 24/7 operations. MECCA 911. The best projects are built before construction starts A successful 911 control room project does not depend on one perfect product or one big decision. It comes from careful discovery, practical design, honest budgeting, steady stakeholder input, and disciplined testing. The simplest best practice is also the most valuable: slow down early so the room can perform under pressure later. When the final installation supports the people taking and dispatching emergency calls, the project has done its job.

About our client, a pivotal organization in coordinating emergency response Our client is dedicated to protecting the public and supporting first responders in the field by delivering essential emergency communication services. The center serves as a vital link between residents in need and the police, fire and EMS personnel who respond. It also serves as the backup for 9-1-1 overflow calls throughout the county and provides pre-arrival medical instruction for several municipalities that operate their dispatch services. Finished installation at our client's emergency center. About the project, refitting and upgrading a communications center Our client’s communications center operates around the clock, with a team of highly trained professionals who work 24/7, 365 days a year, ensuring fast, coordinated, and accurate emergency response. As such, they required control room furniture that could support their workflow by adhering to strict ergonomic guidelines and ensuring that future technology needs could be integrated into the workstations. Main features required by our customer for their Dispatch Consoles. About the solution, a modern and future proof public safety dispatch consoles After an extensive design and consultative process, our client chose our TRANSIT Dispatch Console, because it met their specific needs and requirements and their commitment to excellence. The rollout of the 36 cockpit shaped dispatch consoles would take place in 2 phases, so as to reduce as much as possible the disruption of emergency services to the more than 30 county municipalities the center’s responsible for. The ECC was to be equipped with 36 cockpit-shaped dispatch consoles, arranged in closed pods configuration. All of them connected using a heavy-duty wall system to route cables using electrical raceways, and to provide each user as well with some privacy and an immersive workstation. The control consoles are designed to support all sorts of mission-critical accessories and technology requirements. They can be equipped with adjustable task lights, a focal adjustment system (to allow operators to adjust the depth of their monitors), etched glass panels, integrate cooling fans & heaters, a retractable monument system for easy access to power & data directly on the worksurface, and dedicated CPU enclosures underneath the workstation. The TRANSIT Dispatch Console features height adjustable worksurfaces made from HPL, supported by heavy duty actuators that can be controlled by an integrated keypad. In addition, these consoles integrate into their design cables raceways and cables chains to protect the cables while the workstation is in motion. Demonstration of how the dispatch consoles can adapt to many users. The height adjustability makes each console more versatile since they can be adjusted to fit many operators of different sizes and body types. So, one station can be shared by many dispatchers, and each one can save their preferred height settings using the integrated keypads. Keypads installed on the Dispatcher Consoles. To support the weight of the multi-monitor array, the workstations are built using a 12-gauge steel substructure that prevents the worksurfaces (made from high-pressure laminate) to bend over time. It also doubles as an organizational tool to route cables and protect the IT equipment housed underneath the dispatch consoles. Storage solutions, designed for files, training documentation, office supplies and printers and scanners To complement the workstations, the renovated control room also includes two variants of custom shelved storage cabinets (one with 2 shelves and second one with 5 shelves), measuring 36x36 inches, built from TFL Panels with MDF Core; which makes it resistant to stains, surface wear and scratching. It features a grommet opening to pass a cable for a printer and a scanner. Built from the same materials but with a different purpose, the renovated control room also required a filing cabinet equipped with 2 drawers (24x36 inches). And lastly, a stationary carrousel specifically designed for binders with a diameter of 36x36 and 2 levels of shelving. Placed at the center of the pods of dispatch consoles. About the result, a renovated primary public safety answering point Once the installation process was completed the staff at the emergency center got a chance to familiarize themselves with their new workstations. As of today, the 36 dispatch consoles are up and running, providing comfort and flexibility to the public safety telecommunicators working at the organization. Below you will find a glimpse of what a state-of-the-art public safety dispatch center looks like. Operators focused, consoles fully equipped and emergencies being taken care off. Looking for a new public safety dispatch console? Fill out our survey to find the right configuration for you. Begin the journey of building your new emergency center by taking the first step of filling out our short and simple, Console Survey. This will help us determine what are your specific needs and requirements.

Every dispatcher develops a unique way of staying focused, organized, and ready for the unexpected. Take our quick quiz to discover your dispatcher style and share it with your colleagues.

In today’s fast-paced world, public safety agencies face increasing pressure to respond quickly and effectively to emergencies. At the heart of this mission-critical work are 911 dispatch centers, environments where every second counts and every decision can save lives. These centers rely on specialized workstations known as control room console, designed to support the unique demands of emergency communication. Unlike standard office furniture, dispatch consoles must integrate seamlessly with advanced technologies such as CAD systems, radio networks, and multi-screen setups, all while ensuring operator comfort during long shifts. Ergonomics, durability, and adaptability are not luxuries, they are necessities. A poorly designed console can lead to operator fatigue, slower response times, and even costly equipment failures. For agencies planning their first dispatch center or upgrading an existing one, understanding the critical role of console design is essential. The right solution doesn’t just organize hardware; it creates a workspace that enhances focus, reduces stress, and improves operational efficiency. In this blog, we’ll explore what makes a dispatch console truly effective, the latest trends in control room furniture, and how investing in the right design can transform your emergency response capabilities. How to setup a modern dispatch control room? Designing a PSAP is more than arranging desks and screens on top of a desk. It’s about creating an environment that supports mission-critical operations and operator well-being. Modern dispatch control rooms are specifically adapted to IT-intensive requirements, just like other types of consoles used in high-stakes environments such as air traffic control or network operations centers. Let’s start thinking about the overall layout. When planning the distribution and layout of your control room, two categories of factors will guide your decisions: Tangible Factors These are the physical elements that define the structure and functionality of the space: Layout: The positioning of consoles, screens, and equipment to ensure clear sightlines and efficient workflows. Workstations: Ergonomic consoles designed for 24/7 use, accommodating multiple monitors and integrated technology. Materials: Durable, high-quality finishes that withstand heavy use while maintaining a professional appearance. Accessories: Cable management systems, adjustable monitor arms, and storage solutions that keep the workspace organized. Intangible Factors These are environmental aspects that influence operator comfort and performance: Ambient Lighting: Proper illumination reduces eye strain and enhances focus during long shifts. Temperature Control: Maintaining a stable, comfortable climate is essential for operator alertness. Noise Management: Acoustic treatments and sound-absorbing materials help minimize distractions in high-activity environments. Balancing these tangible and intangible factors is critical to creating a dispatch center. Needs of a 911 dispatch center: Unlike standard office furniture, dispatch consoles are engineered to meet the unique demands of emergency communication environments. These mission-critical workstations must deliver on four essential requirements: IT Equipment Support 911 dispatch centers rely on multiple monitors, communication devices, and specialized software. Consoles must provide: Surface Design: Options like cockpit-shaped surfaces for immersive, multi-screen setups or linear configurations for streamlined workflows. Size Flexibility: Scaled to fit the purpose of each workstation and the available floor space. Strength & Durability: High-pressure laminate (HPL) surfaces that are anti-scratch, anti-stain, and anti-static, ensuring longevity under heavy use. Accessories: Integrated task lights, status indicators, keypads, cooling fans, and urethane edging for operator comfort and equipment protection. 24/7 Durability Dispatch centers never sleep, and neither can their furniture. Underneath the surface, consoles feature: A strong substructure: We use a steel substructure, built from 12-gauge steel for unmatched stability. Cable Chains & CPU Enclosures: Sliding trays with lockable doors for secure equipment housing. Height Adjustment Actuators: Supporting up to 250 pounds, enabling sit-stand flexibility for operator wellness. Power Distribution Units: Organized and accessible for uninterrupted operations. Cable Management A clutter-free environment is essential for efficiency and safety. Advanced systems include: Grommet and Monument Solutions: For clean cable routing. Monitor Arms: Adjustable for ergonomic viewing and space optimization. Ergonomic Design Operator comfort directly impacts performance. Features include: Adjustable Work Surfaces: Promoting healthy posture during long shifts. Integrated Storage Solutions: Cabinets, drawers, box-file combinations, and extra work surfaces to keep essentials within reach. Every detail, from the surface finish to the steel framework must serve a purpose. Like to create a reliable, efficient, and operator-friendly workspace that supports life-saving decisions. Ready to Design a Dispatch Center That Works as Hard as You Do? Every second matters in emergency response, and your control room should reflect that. If you’re planning a new 911 dispatch center or upgrading an existing one, our design team is here to help. We specialize in creating mission-critical environments that combine durability, technology integration, and operator comfort. Talk to our experts today and discover how the right console design can transform your operations.

There is no standard for backup centers. The backup system used in most jurisdictions is driven by cost and availability of options. While no 2 centers have the same requirements, here are 3 mistakes to avoid when planning a backup emergency communications center. 1.Not giving the backup center is own separate location. If the backup center uses the power grid and telecommunications network, in the event of failure at either of these systems, the backup service will also go offline. It is recommended that modern emergency communication centers must be designed with geographically diverse logical and physical pathways and systems to ensure no reduction in call handling effectiveness, with failover and self-recovery components. 2.Designing the backup center as a small scale & temporary extension of the main PSAP. As yourself this question: How do you stay operational if the main center goes down? Even if the backup center is located at a separate geographical location, if it is not properly equipped, the quality of emergency services will be affected. A backup PSAP must feature its own radio core, phone systems, CAD systems and emergency power, ensuring that even if the main center goes offline, the backup location can remain fully operational for as long as it is needed. 3.Not using community resources and partners already in place. While the data points to a redundancy of services there appears to be no one perfect system. While some backup centers are newly built, it is also possible to leverage community partners and establish a relationship that can be mutually beneficial. This could look like using available space in an educational building or nearby community college. An example of this would be Morris County’s Backup 9-1-1 backup center. How does a backup dispatch center look like? It is important to have a backup site equipped with a backup system, 9-1-1 phones, computer-aided dispatch, radios, electrical power distribution and dispatch consoles. Same systems and same functionality used in the primary public safety answering point. First responders have become more dependent on technology, and resources are becoming more and more specialized, therefore it is necessary to track them and dispatch them efficiently. Either through a primary or a backup center. We can help you design and build your new 9-1-1 backup center with dispatcher control room furniture that meets the demands of public safety answering points. Contact us to get started.