How to Choose the Best Grossing Station for a Pathology Lab?

Choosing the right grossing station is an important decision for any pathology laboratory. Whether you are setting up a new hospital laboratory, upgrading an existing histopathology department, or expanding a diagnostic facility, the workstation you select can influence daily workflow, staff comfort, specimen handling, and workplace safety.

A pathology grossing station is more than a stainless steel workbench. It is a specialized workstation designed to support the macroscopic examination and dissection of tissue specimens before they move to the next stages of histopathological processing. Depending on the model, it may include an integrated ventilation system, sink, lighting, specimen storage, washing equipment, formalin dispensing, and documentation tools.

With so many configurations available, how do you determine which grossing station is right for your laboratory?

The answer depends on your laboratory’s workload, available space, ventilation requirements, safety procedures, budget, and long-term operational needs. Understanding these factors before purchasing equipment can help you make a more informed decision.

In this guide, we explain the essential features to evaluate when choosing the best pathology grossing station for your facility.

What Is a Pathology Grossing Station?

A pathology grossing station is a specialized workstation used by pathologists, pathology assistants, and trained laboratory personnel to examine and dissect tissue specimens with the naked eye. This process, commonly called gross examination or grossing, helps document the specimen’s appearance, dimensions, relevant features, and appropriate tissue sampling.

The specimens may include small biopsies, surgical resections, and other tissue samples submitted for diagnostic examination. The precise workflow depends on the specimen type and the laboratory’s established procedures.

A properly designed grossing station provides a dedicated work area where staff can handle specimens, use dissection instruments, document observations, and manage associated materials in an organized environment.

Depending on the design, the workstation may incorporate task lighting, a sink, a perforated work surface, local exhaust ventilation, a formalin dispensing system, storage compartments, and accessories for specimen documentation.

For laboratories evaluating different models, GrossingStation.com is a useful starting point for exploring pathology grossing station products and related equipment.

1. Start With Your Laboratory’s Specific Requirements

Before comparing manufacturers or product prices, consider how the station will actually be used.

A small pathology laboratory that primarily processes routine biopsies may have different requirements from a large hospital department handling a high volume of complex surgical specimens. A workstation suitable for one facility may not provide enough space, storage, or workflow flexibility for another.

Start by reviewing the number and types of specimens handled each day, the number of staff members who may use the station, and the equipment required during routine procedures.

Consider whether your laboratory needs a single-user workstation or a larger configuration that supports more than one operator. Review the space required for specimen containers, cutting boards, instruments, waste containers, documentation systems, and other essential supplies.

It is also worth considering future demand. If your laboratory expects to expand its services or increase specimen volume, selecting a workstation with appropriate capacity from the beginning may reduce the need for an early replacement.

The best choice is not necessarily the largest or most expensive model. It is the station that fits your actual workload and can support your laboratory’s procedures reliably.

2. Make Ventilation Your First Major Evaluation

Ventilation is one of the most important factors to investigate when selecting a pathology grossing station.

During gross examination, personnel may work with specimens preserved in formalin. Formaldehyde vapor can be released when containers are opened or when formalin-containing materials are handled. Inadequate exposure control can create occupational health risks.

The Occupational Safety and Health Administration (OSHA) identifies formaldehyde as a workplace hazard and establishes exposure requirements under its formaldehyde standard, 29 CFR 1910.1048.

For covered workplaces, OSHA sets a permissible exposure limit of 0.75 parts per million as an eight-hour time-weighted average and a short-term exposure limit of 2 parts per million over 15 minutes. Laboratories must determine which requirements apply to their operations and comply with applicable monitoring and control provisions.

A grossing station should therefore be evaluated for its ability to capture contaminants near their source and direct them away from the operator’s breathing zone.

Understand the available ventilation designs

Grossing stations may use downdraft, backdraft, or other local exhaust configurations. These terms describe different approaches to capturing airborne contaminants around the work surface.

A downdraft design draws air downward through openings in or near the work surface. A backdraft design generally draws air toward exhaust openings positioned behind the working area. Other systems may use slotted exhaust arrangements or combinations of airflow features.

Each design has potential advantages, but the label alone does not establish how effectively a particular unit controls exposure.

Ask the manufacturer for technical documentation describing the airflow design, intended operating conditions, exhaust requirements, and test results. Confirm that the proposed system is suitable for the types of tasks performed in your laboratory.

Also determine whether the unit requires connection to external exhaust ductwork, what building modifications may be necessary, and whether any filtration system is appropriate for the intended application.

Do not assume that a ductless or recirculating system is acceptable simply because it includes a filter. Its suitability must be established against the chemical hazards, applicable requirements, and the manufacturer’s documented performance.

Request evidence of ventilation performance

Before purchasing, ask how the manufacturer verifies airflow and contaminant capture. Find out whether the station has an airflow indicator, a ventilation failure alarm, or other monitoring features.

Your laboratory should also have a plan for commissioning, inspection, maintenance, and exposure assessment. The effectiveness of local exhaust ventilation depends on the installation, the way the station is used, and the condition of the ventilation system.

For further guidance, consult the OSHA laboratory formaldehyde safety resource.

3. Compare Downdraft and Backdraft Grossing Stations Carefully

One common question among laboratory equipment buyers is whether to choose a downdraft or backdraft grossing station.

The answer depends on the station’s tested performance, specimen-handling procedures, work surface configuration, and the way personnel position themselves during gross examination.

A downdraft station may be appropriate where the design captures contaminants through openings distributed across the work surface. A backdraft station may be suitable where rear exhaust openings provide effective capture without obstructing the operator’s work.

Neither design should automatically be considered superior in every laboratory.

When comparing these options, ask the supplier to explain where the air enters and exits the station, how contaminants are captured during routine work, and whether the design has been evaluated under conditions representative of your intended use.

Consider the placement of specimen containers, the position of the operator, the location of waste receptacles, and any equipment that could interfere with airflow.

The final selection should be based on documented performance and the laboratory’s safety assessment rather than marketing terminology alone.

4. Choose Durable, Easy-to-Clean Materials

A grossing station is used in an environment where surfaces may come into contact with biological materials, cleaning agents, and chemical substances. Material selection therefore affects durability, maintenance, and cleaning procedures.

Stainless steel is commonly used in pathology workstations because it can offer a durable, smooth surface and good resistance to corrosion when the appropriate grade and finish are selected.

However, not all stainless steel is identical. The grade, surface finish, fabrication quality, and compatibility with the chemicals used in your laboratory all matter.

Ask the manufacturer to specify the stainless steel grade and explain its suitability for the intended environment. Also review the construction of joints, corners, sinks, drainage components, and other areas where residues could accumulate.

A well-designed workstation should allow staff to access relevant surfaces for cleaning and routine inspection.

Avoid choosing a unit based on its appearance alone. A polished finish may look attractive, but practical design, chemical compatibility, and ease of maintenance are more important for long-term performance.

5. Evaluate the Work Surface and Overall Dimensions

The size of a grossing station should match the available laboratory space and the tasks performed at the workstation.

A surface that is too small can create unnecessary clutter, restrict the placement of instruments, and make specimen handling less convenient. A station that is too large may interfere with movement, access to nearby equipment, or the overall laboratory layout.

Before ordering, measure the intended installation area. Account for doors, walkways, adjacent benches, electrical connections, plumbing, ductwork, and the space required for servicing the unit.

Review the working height and depth, as well as the position of the sink, exhaust openings, shelves, and controls. These details affect how easily personnel can reach equipment during routine procedures.

If multiple people will use the station, evaluate whether the configuration provides sufficient working space without creating congestion.

It is also important to confirm the delivery route. Doorway widths, elevators, corridors, and turning areas can become unexpected obstacles when installing large laboratory equipment.

Ask the supplier for a dimensioned drawing before finalizing the purchase. A drawing that includes utility connections and service access can help your facilities team identify installation problems before delivery.

6. Look for Effective Lighting

Clear visibility is essential when examining tissue specimens and documenting their macroscopic characteristics.

A grossing station should provide adequate illumination across the working area, with enough flexibility to accommodate different specimen sizes and tasks.

Look for integrated task lighting that distributes light evenly and minimizes shadows. Adjustable lighting may be helpful where staff need to examine fine surface details or work with specimens of varying dimensions.

Consider the brightness, color rendering, ease of cleaning, and accessibility of replacement components. The light should support accurate visual examination without causing unnecessary glare.

If your laboratory uses gross imaging equipment, make sure the lighting arrangement is compatible with the imaging workflow. Reflections, inconsistent illumination, and poorly positioned fixtures can affect image quality.

Lighting should be evaluated as part of the complete workstation rather than as an optional feature considered after installation.

7. Check the Sink, Water Supply, and Drainage System

Many pathology grossing stations include an integrated sink or rinsing arrangement. These features can support the laboratory’s established cleaning and specimen-handling procedures.

Before selecting a model, determine what type of sink and rinsing system your staff require. Consider the size and position of the basin, faucet design, access to water controls, and the convenience of cleaning the surrounding surfaces.

Drainage also deserves careful attention. Ask how the station manages solid debris and what procedures are required to prevent blockages. Confirm that the proposed plumbing arrangement is compatible with local building requirements and the laboratory’s waste-management procedures.

Some stations include spray systems or removable work surfaces to support cleaning. These can be useful, but they should be assessed for accessibility, maintenance requirements, and compatibility with laboratory protocols.

Do not assume that a feature described as an automatic cleaning or rinsing system replaces manual cleaning and disinfection. Staff must continue to follow validated procedures appropriate to the materials and hazards involved.

8. Consider Formalin Dispensing and Waste Management

Formalin handling is another important consideration when choosing a grossing station.

Depending on your workflow, you may benefit from an integrated dispensing system that helps staff transfer the appropriate solution into specimen containers. If this feature is needed, evaluate its capacity, controls, tubing, spill containment, and maintenance requirements.

The design should make it practical to handle chemicals without unnecessary splashing or exposure. Containers should be appropriately labeled and closed when not in use, following the laboratory’s procedures.

Waste management also needs to be considered. The station should provide a practical arrangement for collecting waste without obstructing the working surface or compromising ventilation.

Ask the manufacturer how waste receptacles are positioned, whether they can be accessed safely, and how the relevant components are cleaned or replaced.

Your laboratory should verify that all chemical and biological waste is handled according to applicable federal, state, and local requirements. A built-in waste feature does not automatically make a disposal method compliant.

9. Prioritize Ergonomics and Staff Comfort

Pathology personnel may spend substantial periods working at a grossing station. An uncomfortable setup can contribute to fatigue and make routine tasks more difficult.

Pay attention to work surface height, reach distances, legroom, control placement, and the position of frequently used instruments.

Staff should be able to reach essential supplies without repeatedly stretching or twisting. Controls should be easy to identify and operate, and frequently used tools should have designated storage locations.

If your laboratory has personnel with different physical requirements, consider whether an adjustable or configurable workstation would be beneficial.

It can also be helpful to involve the people who will use the equipment every day in the selection process. They may identify practical issues that are not obvious from a product brochure, such as a poorly positioned faucet or insufficient room for documentation equipment.

Ergonomics is not simply about comfort. A thoughtfully designed station can support a more organized and sustainable workflow.

10. Decide Which Accessories and Integrated Features You Actually Need

Modern grossing stations may offer a variety of additional features, including formalin monitors, splash shields, magnifying lamps, storage cabinets, foot-operated controls, specimen imaging systems, and documentation equipment.

These features can be valuable, but not every laboratory needs every option.

Start by identifying the functions required by your procedures. If your staff frequently document specimen appearance, an integrated imaging solution may be worth evaluating. If the laboratory requires additional monitoring, ask whether the proposed equipment is suitable for the intended monitoring purpose and how it will be maintained.

Storage accessories may help keep instruments and supplies organized, while splash shields may offer additional protection during specific tasks. Their usefulness depends on the station’s design and the laboratory’s risk assessment.

Review the complete list of included components before comparing quotations. One manufacturer may include accessories as standard, while another may offer them separately.

Ask for the price of each optional feature and determine whether it provides a meaningful operational benefit. This approach helps you avoid paying for unnecessary additions while ensuring that essential functions are not overlooked.

11. Evaluate Digital Imaging and Documentation Capabilities

Digital imaging can be useful in pathology workflows where visual documentation, consultation, teaching, or recordkeeping is required.

Some grossing stations can be configured with cameras, monitors, image-capture software, or other documentation tools. These systems may help staff capture images of specimens and associate them with the appropriate case information.

Before selecting an integrated imaging solution, consider image resolution, lighting, camera positioning, software usability, file storage, and compatibility with your laboratory information system.

Ask whether the system can export images in the formats your team requires and whether it supports the laboratory’s documentation procedures.

Data security is also important. Images and associated patient information must be handled according to the facility’s privacy, access-control, retention, and cybersecurity policies.

If imaging is not central to your workflow, a simpler configuration may be more appropriate. If it is an important part of your daily operations, evaluate the imaging system as a functional component of the workstation rather than as an accessory chosen solely for its technical specifications.

12. Understand Installation and Building Requirements

A grossing station can have excellent specifications and still be unsuitable for a laboratory if the building cannot support its installation.

Before ordering, coordinate with your facilities manager, laboratory leadership, and relevant engineering or safety personnel.

Confirm the electrical supply, plumbing, drainage, ventilation connections, and any structural or access requirements. If the unit needs external exhaust ductwork, establish the proposed duct route and discharge arrangement before committing to the equipment.

Check whether the installation will affect nearby ventilation systems or require changes to room airflow. The station should be assessed as part of the laboratory’s overall ventilation design.

You should also confirm who is responsible for delivery, installation, commissioning, and performance verification.

A written installation plan helps clarify responsibilities and reduces the risk of unexpected expenses after the equipment arrives.

13. Review Cleaning, Maintenance, and Technical Support

A grossing station is a long-term equipment investment, so the purchase price should not be the only factor in your decision.

Ask the manufacturer for the recommended maintenance schedule and the expected service requirements of major components, including fans, filters where applicable, pumps, lighting, monitoring devices, and electrical controls.

Find out whether replacement parts are available and whether the supplier offers technical support, maintenance visits, training, and troubleshooting assistance.

You should also establish how ventilation performance will be checked after installation and at appropriate intervals thereafter. The frequency and scope of testing should follow applicable requirements, the manufacturer’s instructions, and the laboratory’s risk assessment.

For U.S. facilities, OSHA’s formaldehyde standard includes requirements concerning exposure monitoring and protective measures where applicable. A purchase should therefore be accompanied by a plan for safe operation and continued compliance.

Reliable technical support can make a significant difference when equipment requires servicing or when the laboratory needs help diagnosing a performance issue.

14. Compare Total Cost, Not Just the Initial Price

Grossing station prices can vary depending on size, materials, ventilation configuration, accessories, imaging systems, and customization.

A lower purchase price does not necessarily mean a lower overall cost. Installation, ductwork, electrical modifications, plumbing, training, maintenance, replacement components, and future servicing may all affect the total investment.

When requesting quotations, provide each supplier with the same basic requirements. This makes it easier to compare the proposed solutions on an equal basis.

Ask for an itemized quotation showing the workstation configuration, included accessories, installation responsibilities, warranty terms, and any recurring service costs.

Confirm the delivery schedule and whether the quoted price includes commissioning or post-installation support.

It is also worth considering the consequences of equipment downtime. A station that is difficult to service or requires lengthy replacement-part lead times may create operational challenges for a busy department.

The best value comes from a workstation that meets your laboratory’s needs, can be installed correctly, and can be maintained throughout its expected service life.

15. Choose a Manufacturer That Can Explain Its Specifications

When evaluating pathology grossing station manufacturers, look beyond photographs and product descriptions.

A reliable supplier should be able to provide clear technical specifications, dimensional drawings, installation requirements, maintenance instructions, warranty information, and documentation supporting relevant performance claims.

Ask specific questions about ventilation, material grades, electrical requirements, available configurations, and the intended use of optional features.

If a manufacturer claims that a station meets a particular safety or laboratory standard, ask for supporting documentation and verify that the claim applies to the exact model and configuration you are purchasing.

You should also assess communication and support. Does the supplier respond clearly to technical questions? Can it explain what the installation requires? Are spare parts and servicing arrangements documented?

These details can help you distinguish a supplier that understands laboratory requirements from one that simply offers a catalog of equipment.

To begin comparing available options, visit GrossingStation.com to explore pathology grossing stations, related products, and accessories. Review the specifications carefully and contact the supplier for clarification on any feature that affects your laboratory’s workflow or safety requirements.

16. A Practical Checklist Before Purchasing

Before placing an order, make sure your team has reviewed the following areas.

Laboratory requirements: Confirm the specimen workload, number of users, available floor space, and essential workstation functions.

Ventilation and safety: Verify the exhaust configuration, documented airflow performance, installation requirements, exposure assessment plan, and relevant safety features.

Construction and usability: Review material specifications, work surface dimensions, lighting, sink design, storage, and ergonomics.

Optional equipment: Determine whether you need formalin dispensing, monitoring devices, splash protection, imaging equipment, or additional accessories.

Installation: Confirm electrical, plumbing, drainage, ventilation, delivery access, and commissioning arrangements.

Ongoing support: Review maintenance instructions, warranty coverage, spare-part availability, technical support, and service costs.

Total cost: Compare itemized quotations and account for installation and long-term operating expenses.

Completing this review before purchase can help your laboratory make a decision based on documented requirements instead of choosing equipment primarily on appearance or price.