How Much Does Lab Furniture Cost?
Laboratory furniture costs vary widely depending on the type, materials, and complexity. This guide provides realistic pricing ranges for the most common lab furniture categories so you can budget your lab build or renovation.
Fume Hood Pricing
| Type | Size | Price Range |
|---|---|---|
| Ductless fume hood | 4 ft | $3,000–$8,000 |
| Ducted fume hood | 4 ft | $4,000–$10,000 |
| Ducted fume hood | 6 ft | $6,000–$14,000 |
| Walk-in fume hood | 6–8 ft | $12,000–$25,000 |
| Perchloric acid hood | 6 ft | $15,000–$30,000 |
Ductwork installation adds $5,000–$20,000+ depending on building infrastructure.
Lab Casework Pricing
| Material | Price per Linear Foot | Best For |
|---|---|---|
| Wood (oak/maple) | $300–$600/LF | Teaching labs, low-chemical use |
| Metal (steel) | $400–$800/LF | Industrial, government, healthcare |
| Phenolic resin | $500–$1,000/LF | Wet chemistry, corrosive environments |
| Stainless steel | $800–$1,500/LF | Cleanrooms, GMP, pharmaceutical |
Includes base cabinets, countertop, and hardware. Upper cabinets add 20–40%.
Lab Bench and Table Pricing
| Type | Price Range |
|---|---|
| Basic lab table (4×2.5 ft) | $800–$2,000 |
| Adjustable-height bench (6 ft) | $1,500–$4,000 |
| Heavy-duty workstation (6 ft, with shelves) | $2,500–$6,000 |
| Balance table (anti-vibration) | $1,200–$4,000 |
| ESD-safe workstation | $2,000–$5,000 |
Countertop Material Pricing
| Material | Price per SF | Chemical Resistance |
|---|---|---|
| Laminate (chemical resistant) | $15–$35 | Moderate |
| Epoxy resin | $40–$80 | Excellent |
| Phenolic resin | $30–$60 | Very good |
| Stainless steel | $60–$120 | Excellent (non-acid) |
| Granite | $50–$100 | Good (anti-vibration) |
Total Lab Build Cost Estimates
| Lab Type | Size | Furniture Budget |
|---|---|---|
| Teaching lab | 1,000 SF | $30,000–$60,000 |
| Research lab | 1,000 SF | $50,000–$120,000 |
| Clinical/QC lab | 1,500 SF | $80,000–$180,000 |
| GMP pharma lab | 2,000 SF | $150,000–$350,000 |
| BSL-3 lab | 800 SF | $120,000–$300,000 |
Furniture only. Does not include HVAC, plumbing, electrical, or construction. Contact us for a project-specific quote.
Ways to Reduce Lab Furniture Costs
- Modular furniture — reconfigure instead of replacing when needs change
- Quick-ship options — in-stock items ship faster and often cost less than custom
- Phase your build — outfit high-priority areas first, expand later
- Right-size materials — don’t use stainless steel where epoxy will work fine
How to Get a Quick Budget Estimate Before Final Selections
You do not need a completed specification package to start a budget conversation. Labs USA can prepare a planning estimate from a rough floor plan, equipment list, or simple count of cabinets, benches, and hoods. This is useful when you need an internal approval number before the architect, EHS team, or end users finish every selection.
A planning estimate is not the same as a formal quote. It uses stated assumptions for dimensions, materials, accessories, freight, and installation. Those assumptions should be updated as the scope develops so the budget does not depend on a bare configuration that no longer matches the lab.
The information that changes the budget most
| Input | What to identify |
|---|---|
| Quantities and layout | Provide cabinet counts or approximate linear feet, bench quantities and sizes, wall cabinet or shelving needs, and the number of rooms. A marked-up plan is helpful, but a hand sketch can be enough for an early estimate. |
| Casework and work surfaces | State whether you are considering steel, wood, stainless steel, phenolic, or another material. Identify wet areas, corrosive chemical use, clean areas, heavy equipment, and sinks. If undecided, ask for a base option and one alternate rather than pricing every possible combination. |
| Fume hoods and containment | List each hood’s approximate width, intended process, and whether the project is considering ducted or ductless equipment. Chemical use and building exhaust conditions affect selection. The ducted vs. ductless fume hood guide can help frame the decision, but EHS and the project engineer should confirm the final approach. |
| Installation boundary | Say whether you need supply only, delivery, placement, assembly, casework installation, work-surface installation, or coordination with other trades. Building ductwork, plumbing, electrical, gas, controls, and wall repairs may be separate scopes. |
| Project conditions | Include the project ZIP code, floor level, elevator or loading access, renovation versus new construction, and any phasing or occupied-space restrictions. These details can change freight, handling, and installation assumptions. |
A practical two-step budgeting process
- 11. Establish a comparable baseline Start with the simplest configuration that can support the work. Define what is included and excluded. For example, a casework baseline might include base cabinets and work surfaces while listing sinks, fixtures, service fittings, wall cabinets, delivery, and installation separately. If a named manufacturer or “or equal” requirement applies, review the lab casework brand requirements guide before comparing options.
- 22. Add the decisions most likely to change Request alternates for uncertain items such as work-surface material, adjustable-height benches, upper storage, hood type, or installation. This gives the budget owner useful choices without requiring a complete formal quote. Once the project advances, use the free lab floor plan review to reconcile quantities, clearances, utilities, and interfaces.
What to send Labs USA
- Send a floor plan, sketch, or room dimensions; approximate quantities and sizes; preferred materials or acceptable options; hood type and intended process; required sinks, fixtures, shelves, and accessories; the project ZIP code; and whether installation should be included. Also name any items that must be excluded, supplied by another trade, or shown as separate alternates.
Send those details through our contact form or call (801) 855-8560, and a Labs USA specialist will review them with you.
Common Questions
Can I request a budget estimate if the floor plan is not final?
Yes. Provide the current plan, a sketch, or room dimensions and identify what is still undecided. The estimate can state assumptions and allowances that should be revised when the layout changes.
Can the estimate show a bare configuration and optional upgrades?
Yes. Ask for a clearly defined baseline plus separate alternates for items such as upper cabinets, shelving, different work surfaces, adjustable-height frames, or installation. This makes internal comparisons easier without treating the baseline as the final scope.
Why does installation need to be discussed so early?
“Installed” can mean different things to different teams. Clarify whether it includes unloading, assembly, anchoring, work-surface seams, sinks, and final placement, and whether mechanical, electrical, plumbing, ductwork, permits, or patching remain with other trades.
How should we budget a fume hood before engineering is complete?
Provide the process, chemicals, approximate hood size, and the building information currently available. Labs USA can identify assumptions for planning, but the final hood and exhaust approach should be reviewed by EHS, the project engineer, and the authority having jurisdiction.
Right-Size the Lab Before You Price It
Room size does not tell you how many hoods, benches, or cabinets the lab needs. Start with the work: which tests occur, how often they occur, which steps need containment, and how many people perform those steps at the same time. A requirement copied from a larger facility can overstate the needs of a smaller operation.
Use the expected workload for the opening phase, then account for realistic growth. The Lab Layout & Startup Scope Planner can help turn those assumptions into preliminary quantities.
Translate workload into furniture quantities
- 11. Count hoods by process and concurrency List every procedure that may require containment. Mark the specific steps performed in a hood and note their duration. Then identify how many of those steps could occur at once. Do not assign a dedicated hood to every test unless the workflow, chemical compatibility, cleaning needs, or EHS review requires it. Sharing may be practical when setups can be changed safely between runs. Final containment selection should be confirmed by EHS, the project engineer, and the authority having jurisdiction. Use the Containment System Planning Guide to organize the process details.
- 22. Size benches around people and equipment Map the maximum number of technicians working concurrently, not the total headcount across all shifts. Place each instrument at its actual footprint and include the access, service, ventilation, and maintenance space identified by its manufacturer. Separate active work area from instrument parking, sample staging, washing, and computer tasks. This prevents long bench runs that look useful on plan but do not support the workflow.
- 33. Separate opening-day needs from future growth Identify what must operate on day one and what may be needed within the next two to three years. Mobile tables and adjustable shelving can preserve flexibility where utilities are not fixed. For likely future sinks, hoods, or instruments, ask the engineer whether utility capacity or rough-ins should be planned now. Do not assume an unused connection can be added later without building work.
A short scope worksheet
- Daily and weekly test types, including approximate batches or runs.
- Each step that may need a hood or another containment method.
- Maximum staff working at the same time, by task or zone.
- Equipment list with width, depth, height, weight if relevant, utility needs, and required service clearances.
- Expected workload, staffing, or equipment changes during the next two to three years.
- Items needed for startup, items that can wait, and building provisions that should be included now.
Price the core scope, then show the choices
Phase the project around operational priorities. Fit out the essential testing and support areas first. Keep future stations open, mobile, or prepared with appropriate building provisions rather than purchasing every planned item immediately. A free lab floor plan review can help check whether the proposed quantities match the workflow and equipment.
Labs USA can quote the opening-day base scope and list future stations or other uncertain items as optional additions. This lets management compare the operational effect of each choice without confusing future capacity with the current requirement.
To get it right, send Labs USA the completed worksheet, a dimensioned plan or sketch, equipment cut sheets, process and chemical information, utility needs, simultaneous staffing, opening-day priorities, and expected growth. Also identify any containment decisions that still require EHS or engineering review.
Send those details through our contact form or call (801) 855-8560, and a Labs USA specialist will review them with you.
Common Questions
Should every test method have its own fume hood?
Not necessarily. The answer depends on the process hazards, chemical compatibility, cleaning or changeover needs, and whether procedures overlap. Have EHS, the project engineer, and the authority having jurisdiction confirm the final containment plan.
How do we plan for growth without buying unused furniture now?
Reserve logical expansion zones and consider mobile tables or adjustable storage where the work allows. Ask the engineer whether future utility capacity or rough-ins should be included during the initial construction.
What if our equipment list is not final?
Use confirmed equipment first, then label probable items separately with estimated footprints and utilities. The preliminary layout should identify those assumptions so the plan can be revised when selections are made.
Can we phase the lab if all rooms will not open at once?
Yes. Define which testing functions must operate in each phase and which shared support areas they need. Check temporary circulation, utilities, containment, and construction separation with the project team before approving the sequence.
Get an Accurate Lab Furniture Quote
Every lab is different. Send us your floor plan or describe your project and we’ll provide a detailed quote. Contact Labs USA for a free consultation.
Planning more than one room? See our full laboratory furniture range for every lab type in this cost guide, with casework, fume hoods, work surfaces, shelving and seating from one supplier.