Planning your lab space, delivery path, internal layout, and mobility before procurement.

Laboratory space is the single most important variable in purchasing a Coy Vinyl Anaerobic Chamber and space is often one of the most commonly underestimated. Far too often, researchers focus on chamber capabilities, environmental controls, and experimental requirements, only to discover late in the process that their lab cannot physically accommodate the configuration they need.

This guide addresses the practical, physical side of chamber procurement: how much space you actually need, how to plan internal layout for efficient workflows, how to get the chamber into your lab, and how to maintain flexibility once it’s installed. These considerations apply whether you are setting up a new lab or adding a chamber to an existing one.

For guidance on chamber sizing, environmental controls, and application-specific configuration, see the companion articles in this series: Top Considerations for Choosing Your Coy Vinyl Anaerobic Chamber and Top Use Cases & Environmental Controls for Coy Vinyl Anaerobic Chambers.

Laboratory Space Assessment and Planning

Space is the most fundamental constraint for any laboratory setup. It is crucial when procuring a Coy chamber to understand both the size of the chamber required for your intended use cases and the space it will occupy within the lab room.

Critical Minimum Clearances: The minimum footprint for a standard Coy Vinyl Anaerobic Chamber starts at approximately 86 inches in width by 35 inches in depth, exclusive of table height and operational access requirements. These dimensions do not account for workflow optimization or maintenance access pathways. Width dimensions vary by chamber size (Type C, A, or B) and other customization options such as three-port airlocks or dual-chamber configurations.

Checking Workspace Requirements: Chamber depth at 35” is several inches deeper than a standard laboratory benchtop (typically 28–32”). Some Coy chambers may also require additional clearance at the rear to accommodate feed-through adaptors, gas line connections, or environmental control system components. Coy Laboratories recommends taping off a section of the lab floor matching the intended space requirements of the anaerobic chamber, so that users can test workflow needs prior to procurement. This simple step helps identify clearance issues, workflow bottlenecks, and ergonomic concerns before they become costly problems.

Gas supply infrastructure should also be planned in advance. All Coy chambers require a background gas (typically nitrogen) and a hydrogen-containing gas mix, so two gas cylinders or house gas connections need accessible placement near the chamber.

Chamber Internal Configuration

Understanding the physical space a Coy chamber takes up in a lab is only half the equation. Equally important is the internal space required for performing your intended tasks. While some internal space can be optimized with shelving or organizational changes, other limitations are unavoidable, the physical dimensions of your equipment cannot be compressed. Mapping out intended instrument placement on a work table can help visualize the required chamber size before purchase.

• Equipment Placement Design requires systematic planning for spatial allocation of instrumentation clusters, workflow pathway optimization, sample access efficiency, power distribution infrastructure (four outlets are standard), and environmental monitoring sensor placement. Every piece of equipment planned for the chamber interior needs to be accounted for, including items like microplate readers, colony counters, centrifuges, and incubators.
• Vertical Space Utilization through shelving systems and rack configurations maximizes storage capacity while maintaining accessibility. Coy’s three-shelf metal shelving units are designed with lips to hold petri dishes, well plates, and other items securely. Shelf height specifications must accommodate your sample container dimensions and operator ergonomics.

The standard large equipment entry port is 68.5 cm (approximately 27 inches) in diameter. Equipment that can be tilted may fit through marginally oversized, but custom entry ports should be specified during initial procurement to avoid retrofit complications. A Coy Laboratory representative can provide detailed guidance on selecting the appropriate chamber size for your equipment and workflow requirements.

Delivery Logistics and Building Access

The procurement team should be advised that the crates containing Coy chambers are quite large and must be navigated through the building to their intended location. This is a frequently overlooked step that can cause significant installation delays if not planned in advance.

Critical Installation Considerations:

•  Doorframe widths through all intended passageways (all doors should be 36” or wider)

•  Freight elevator dimensions and weight capacity

•  Corridor width and turning radius at corners

•  Loading dock access and scheduling coordination

•  Upper-floor installations may have special transportation requirements

Coy recommends that purchasers run a physical walkthrough of the intended delivery path before placing an order. Measure all doorways, corridors, and elevators to ensure the crate will fit through the entire delivery pathway and that all the correct equipment such as dollies, lifts, or other transport tools are prepared in advance. This prevents installation delays and cost increases that accompany specialized delivery requirements.

Mobility and Support Infrastructure

Rolling Table Systems (Trolley Configurations) are strongly recommended for standard 35-inch depth units, which exceed standard laboratory bench configuration (typically 28–32”). Mobile platforms dramatically simplify chamber repositioning compared to the alternative: complete system disassembly, relocation, and reassembly.

• Support Structure Requirements: Vinyl chambers, while more portable than rigid hard-sided alternatives, remain substantial and bulky when loaded with equipment. Standard laboratory tables and countertops may prove inadequate for configurations that include heavy centrifugation equipment, multiple instrumentation systems, extensive sample storage, or integrated environmental control accessories. A purpose-built rolling table distributes load properly and provides the mobility needed for future lab reconfiguration.
• Relocation Considerations: Even vinyl chamber systems require significant effort to relocate. Complete packing and unpacking procedures, while feasible, represent substantial operational disruption. Investing in a rolling table at the time of initial purchase provides superior long-term flexibility for spatial reconfiguration needs without requiring full chamber teardown.

Advanced Configuration Options

• Dual Chamber Efficiency Systems use a shared three-port airlock to connect two chambers, effectively doubling workspace capacity while maintaining the gas efficiency of a single airlock. This design delivers substantial cost savings and optimizes capital investment per unit of workspace. However, dual-chamber setups require additional floor space, so the total footprint should be verified against available lab area before specifying this option.
• Custom Configuration Capabilities range from fully tailored chamber builds to specific modifications including custom entry ports, specialized environmental control integration, and application-specific interior layouts. Coy’s manufacturing process accommodates custom sizing for labs with unique space constraints or operator requirements.
• HEPA Filtration Systems address ultra-clean environment requirements for contamination-sensitive applications. Coy’s recirculating atmosphere filtration system controls particles 0.3 microns and larger using an external pump-activated filter. HEPA integration is primarily justified for stringent contamination prevention scenarios, though operational workarounds exist for many standard protocols.

Planning Ahead Prevents Costly Surprises

Installation and space management may not be the most technically exciting aspects of anaerobic chamber procurement, but they are among the most consequential. A chamber that cannot physically fit through the lab door, sit on an existing bench, or accommodate the equipment it needs to house will create delays, additional costs, and frustration that are entirely preventable with upfront planning.

By assessing lab space, mapping delivery logistics, planning internal layout, and investing in proper mobility infrastructure before placing an order, laboratories position themselves for a smooth installation and long-term operational flexibility.

For assistance planning your installation or determining the right chamber configuration for your space, contact Coy Laboratory Products at (734) 475-2200 or [email protected].