What type of dissection table should a semester-assignment anatomy program choose?

Semester-assignment programs using formalin fixative should specify vented covered dissection tables. Programs using formalin-free fixatives can specify covered non-vented tables. Programs that store cadavers in fixative at the table should specify electric immersion dissection tables.

How do I calculate the number of dissection tables needed for my anatomy program?

Divide your enrolled student count by your target student-to-cadaver ratio (4–6 per cadaver), add 10–15% buffer, and round up. A 60-student class at a 5:1 ratio needs 13–14 tables.

How many handwashing sinks does a gross anatomy lab need?

Plan for one sink for every 2–3 dissection stations. Triple scrub sink stations serve 3–6 student stations each. All anatomy lab sinks should be foot-pedal operated.

What is the first step in planning a gross anatomy lab?

Define your cadaver program model first — semester assignment vs. rotation — and confirm your fixative protocol with EH&S. These two decisions determine your table type, ventilation requirements, and storage infrastructure.

Gross Anatomy Lab Setup Guide — Complete Equipment Checklist for Medical Schools & Universities

May 31, 2026 5 min read

Setting Up a Gross Anatomy Lab — The Complete Decision Framework

Setting up or renovating a gross anatomy lab is a major capital project that affects every medical or PA student who will train in the facility for the next 15–20 years. The decisions made in the planning phase — table type, count, configuration, ventilation, instrument complement, and support systems — determine whether the lab enables excellent anatomical education or creates daily friction for instructors and students.

This guide is a systematic walkthrough of every major equipment decision a medical school or university faces when setting up a gross anatomy lab. It follows the planning sequence: cadaver program model → table selection → station accessories → casework and storage → transport → ventilation → compliance. American Mortuary Coolers & Equipment manufactures and supplies every equipment category in this guide, factory-direct from Johnson City, Tennessee. Call 1-888-792-9315 to begin your project consultation.

Step 1: Define Your Cadaver Program Model

Semester Assignment vs. Rotation Model

Before selecting any equipment, define how your program will use cadavers. The most common model assigns one cadaver to a fixed group of 4–6 students for the entire anatomy course — the cadaver is stored at or near its assigned table and never shared with other student groups. The alternative rotation model has a smaller number of cadavers used by multiple student groups in sequence, with cadavers stored separately and transferred to tables for each session.

The semester assignment model strongly favors immersion tables (cadaver stored in fixative at the table) or covered dissection tables (cadaver stored under a sealed cover at the table). The rotation model can use standard flat-top dissection tables paired with refrigerated storage. Choose your program model first — it determines nearly every equipment decision that follows.

Donor Source and Fixative Protocol

Will your cadavers come from a university body donor program, a commercial anatomical services provider, or your own operating body donor facility? Are they preserved with traditional formalin, Carosafe, Thiel solution, or fresh (unfixed)? The fixative protocol determines your ventilation requirements, which in turn affects table selection and room infrastructure planning. Confirm fixative protocol with your EH&S office before equipment procurement begins.

Step 2: Dissection Table Selection

Table Type Decision Matrix

Semester assignment + formalin fixative: Specify vented covered dissection tables — the cover controls vapor between sessions; the vented connection to LEV controls it during sessions.
Semester assignment + formalin-free fixative: Specify covered dissection tables (non-vented) — the cover preserves cadaver moisture; OSHA formalin standard does not apply.
Semester assignment + immersion fixative storage: Specify electric immersion dissection tables — cadaver is stored submerged in fixative at the table; no separate storage system required.
Rotation model + refrigerated storage: Specify standard stainless steel dissection tables — cost-effective flat-top tables paired with refrigerated storage and transfer equipment.
Multi-user programs with height variation/ADA requirements: Specify adjustable height tables in any cover or surface configuration.

Table Count Calculation

For semester-assignment programs: divide enrolled students by your target student-to-cadaver ratio (typically 4–6 per cadaver) and add 10–15% for program buffer and bariatric/large-format cadavers. Round up to the nearest whole number. For a 60-student first-year class at a 5:1 ratio, you need 12 tables plus 1–2 buffer = 13–14 tables total.

Step 3: Dissection Station Accessories (Per Station)

Essential Per-Station Accessories

Stainless steel dissecting tray with wax — for removed organs and specimens during dissection sessions
Stainless steel dissecting pan — for fluid collection during visceral dissection
Body positioner set — for cadaver positioning and extremity support
Anatomical chart set — for student reference at each station
Dual-sex human torso anatomy model — for topographical reference

Optional Per-Station Accessories

Hanging autopsy scale — for organ weighing (required for complete gross dissection labs)
Sharps disposal container (non-AME; source locally per OSHA bloodborne pathogen standard)
Instrument roll or tray for scalpel handles, forceps, scissors, bone saw
Task lighting (overhead or swing-arm at each station)

Step 4: Lab Casework and Storage

Wall Casework

Anatomy labs require substantial perimeter storage for fixative, PPE, instrument sets, and specimen containers. Specify custom stainless steel casework along available wall runs, designed to accommodate your specific storage categories. Include a mix of cabinet configurations: solid-door base cabinets for fixative and chemical storage, glass-door upper cabinets (tall stainless wall cabinet with glass) for instruments and models on display, and supply cabinets for consumables.

Prep Area Work Surfaces

Position stainless steel work tables at the prep area (where cadavers are prepared for distribution to student stations) and at the instructor's demonstration station. The demonstration station ideally uses the same table type as student stations for demonstrating the same procedures students will perform.

Step 5: Cadaver Transport Equipment

Transport cadavers from storage to tables with: hydraulic autopsy trolley with removable top (preferred for immersion table programs — the removable top transfers directly onto the table frame), cadaver stretcher cart (for standard table programs), covered transport cart for dignified corridor transit, and bariatric autopsy trolley for programs receiving large donors.

Step 6: Sink and Handwashing Stations

Each anatomy lab requires handwashing sinks accessible to all student stations. Plan for one sink for every 2–3 dissection stations. The triple stainless steel scrub sink station serves 3–6 student stations and provides adequate hand decontamination throughput at session start and end. The 4-foot pedal sink station is a compact option for smaller labs or secondary sink positions. All anatomy lab sinks should be foot-pedal operated per biosafety best practice.

Step 7: Ventilation, Compliance, and Signage

Confirm ventilation design with your MEP engineer before finalizing table positions. Coordinate LEV duct routing for vented tables or immersion table positions. Install biohazard signage per OSHA requirements. Develop written SOPs for fixative handling, waste disposal, PPE use, and emergency spill response before the first cadaver arrives. Review our Compliance Roadmap for the complete regulatory checklist.

Complete Gross Anatomy Lab Equipment Checklist

See our detailed Anatomy Lab Equipment Checklist for Medical Schools for a line-by-line checklist version of this guide. Additional planning resources include our Anatomy Tables and Casework Laboratory Design 2026 guide and our Cadaver Program Anatomy Lab Infrastructure post.

Related Resources

Start Your Gross Anatomy Lab Project

American Mortuary Coolers & Equipment works with medical school facilities teams, anatomy department chairs, and construction project managers to specify and supply complete anatomy lab equipment packages. We provide CAD-ready product drawings, installation documentation, and compliance support. Call 1-888-792-9315 or email service@mymortuarycooler.com. FREE Level 2 White-Glove Installation on qualifying orders. Section 179 deductions up to $1,250,000 and 24-hour financing approvals for qualified institutions.