How to Choose the Right Lab Casework

Choosing the right lab casework starts with understanding how the laboratory will be used. Lab casework is not just cabinetry. It supports storage, workflow, safety, utilities, cleaning, equipment access and long-term durability. The right material can help a lab stay organized and functional for years. The wrong material can lead to swelling, corrosion, staining, damage, workflow issues or early replacement.

Steel, wood, phenolic, stainless steel, laminate and polypropylene casework each serve different laboratory needs. A university teaching lab, biotech startup, clinical testing space and industrial QA/QC lab may all need cabinets, but they do not need the same casework material or configuration.

LabTech Supply Co. provides laboratory casework, steel cabinets, lab benches, workstations, storage systems and full laboratory furniture solutions for research, biotech, clinical, industrial and educational lab environments. This guide compares common lab casework materials and explains how to choose the right system for your space.

 

What Is Laboratory Casework?

Laboratory casework refers to the cabinets, storage systems and built-in or modular furniture used throughout a lab. It may include base cabinets, wall cabinets, tall cabinets, sink cabinets, mobile cabinets, specialty storage, chemical storage and utility-ready cabinet systems.

Lab casework supports:

• Storage for tools, glassware, supplies and equipment
• Work surfaces and countertops
• Sink and plumbing integration
• Power, data, water, gas and drain coordination
• Chemical and material organization
• Workflow efficiency
• Safety and accessibility
• Long-term lab durability

Unlike standard office cabinets, laboratory casework must be selected for the environment where it will be used. Chemicals, water, heat, cleaning agents, heavy equipment and frequent daily use all affect material choice.

 

Why Casework Material Matters

The casework material determines how well the furniture performs over time. A material that works well in a dry classroom may fail in a wet lab. A cabinet suitable for general storage may not be appropriate for corrosive chemicals. A low-cost option may become expensive if it needs to be replaced early.

Casework material affects:

The best casework material is the one that matches the lab’s real conditions.

 

Steel Lab Casework

Steel lab casework is one of the most common choices for research, education, healthcare and industrial labs because it offers strong durability, storage performance and long-term value. Powder-coated steel cabinets are designed for demanding environments where furniture must handle frequent use.

Steel casework is often used in:

• University labs
• Research labs
• Biotech facilities
• Industrial QA/QC labs
• Healthcare support labs
• Chemistry classrooms
• General wet and dry lab environments
• Heavy-use storage areas

 

Durability

Steel casework is built for high-use environments. It can support frequent opening and closing, heavy storage, daily cleaning and active laboratory workflows. High-quality steel cabinets may include reinforced construction, heavy-duty hinges, strong drawer systems and durable finishes.

LabTech steel laboratory cabinets are made with heavy 18-gauge cold rolled steel and full-frame construction. They are designed for laboratory and industrial environments where standard cabinetry is not enough.

 

Chemical Resistance

Powder-coated steel can provide strong resistance in many laboratory environments, especially when paired with the right work surfaces and proper maintenance. It is important to match the cabinet finish and surrounding materials to the types of chemicals used in the lab.

Steel casework may be a good fit for many general lab environments, but highly corrosive applications may require specialty materials such as polypropylene or stainless steel.

 

Heavy-Use Environments

Steel casework is a strong choice when cabinets need to handle heavy use, frequent access or long-term storage demands. It works well in labs where multiple users share the same cabinets or where durability is a major priority.

Common steel casework features may include:

• Full-frame construction
• Double-walled doors and drawers
• Heavy-duty drawer slides
• Durable hinges
• Adjustable shelving
• Utility access panels
• Sink cabinet options
• Specialty storage configurations
• Long service life

 

Wood Lab Casework

Wood lab casework may be used in educational labs, dry labs, demonstration spaces and lower-exposure environments. It can provide a warm appearance and may fit spaces where design aesthetics or budget flexibility are priorities.

Wood casework is often used in:

• K-12 science classrooms
• Dry labs
• Demonstration rooms
• Light-duty education spaces
• Administrative lab support areas
• Low-chemical environments

Wood casework may not be ideal for heavy moisture, harsh cleaning agents or chemical exposure. If wood or wood-based casework is used in a lab, the project team should carefully evaluate the environment and select finishes that match the exposure level.

Wood casework may be a practical option when:

• Chemical exposure is minimal
• Moisture exposure is low
• The lab is primarily educational or demonstration-based
• Budget is a key consideration
• A warmer visual appearance is desired
• Heavy-duty industrial storage is not required

 

Phenolic Casework

Phenolic casework is made from resin-based materials that offer strong moisture resistance and durability. It is commonly used in wet labs, biology labs, education labs and other environments where cleanability and resistance to moisture matter.

Phenolic casework may be useful in:

• Wet labs
• Biology labs
• Teaching labs
• Research labs
• Healthcare support spaces
• High-use lab environments
• Areas near sinks or moisture exposure

Phenolic materials can provide a strong balance of durability, moisture resistance and cleanability. They can be a good choice when the lab needs stronger performance than wood or laminate but does not require stainless steel or polypropylene throughout the space.

Phenolic casework may be especially useful when:

• Moisture exposure is expected
• Cleaning is frequent
• The lab needs durable surfaces
• Chemical exposure is moderate
• Long-term value matters
• The lab requires a clean, functional appearance

 

Stainless Steel Casework

Stainless steel casework is used when sanitation, corrosion resistance and cleanability are major priorities. It is common in cleanrooms, healthcare labs, pharmaceutical environments, food testing labs, washdown spaces and other areas where hygiene is central to the workflow.

Stainless steel casework may be appropriate for:

• Cleanrooms
• Clinical labs
• Food and beverage labs
• Pharmaceutical labs
• Healthcare settings
• Washdown areas
• Sterile processing environments
• High-cleanability applications

Stainless steel is often more expensive than other casework options, so many labs use it strategically in areas where cleanability or corrosion resistance is most important.

 

Laminate Casework

Laminate casework may be used in dry labs, teaching environments and lower-risk areas where harsh chemicals, moisture and high heat are not major concerns. High-pressure laminate and chemical-resistant laminate can provide budget flexibility and design options.

Laminate casework may be suitable for:

• Dry labs
• General classrooms
• Computer-based labs
• Demonstration spaces
• Support areas
• Light-duty educational labs

Laminate is not usually the best option for wet chemistry, high moisture or harsh chemical environments. It can swell, chip or delaminate if used in the wrong setting.

 

Polypropylene Casework

Polypropylene casework is used in corrosive environments, especially where acids or harsh chemicals are present. It provides strong resistance to moisture and corrosion and is often used for acid storage or specialty chemical areas.

Polypropylene casework may be useful for:

• Acid storage
• Corrosive chemical environments
• Wet chemical processing areas
• Specialty storage
• High-moisture applications
• Certain industrial or research environments

Because polypropylene is more specialized, it is usually selected for specific zones rather than used throughout the entire lab.

 

Comparing Lab Casework Materials

Fixed vs. Modular Lab Casework

Casework material is only one decision. The lab also needs to determine whether the casework should be fixed, modular or a mix of both.

 

Fixed Lab Casework

Fixed casework is installed in place and is often used where utilities, sinks or permanent workflows are involved.

Fixed casework works well for:

• Sink areas
• Utility-heavy zones
• Permanent workstations
• Chemical storage areas
• Teaching demonstration stations
• Long-term lab layouts

 

Modular Lab Casework

Modular casework is designed to support more flexible layouts. It may include mobile cabinets, reconfigurable storage, adjustable shelving or components that can be moved as workflows change.

Modular casework works well for:

• Growing labs
• Research labs
• Startup labs
• Shared workspaces
• Teaching labs
• Flexible equipment areas
• Phased buildouts

 

Hybrid Casework

Many labs benefit from a hybrid approach. Fixed casework can support sinks and utilities, while modular storage and benches can support changing workflows.

How Casework Needs Differ by Laboratory Type

 

Research and Biotech Labs

Research and biotech labs often need casework that can adapt as equipment, teams and workflows change. These labs may benefit from steel casework, phenolic surfaces, modular storage and specialty equipment support.

Key priorities include:

• Flexibility
• Chemical resistance
• Scalable storage
• Utility access
• Equipment support
• Cleanability
• Future expansion

 

Clinical and QA Labs

Clinical and QA labs may prioritize cleanability, workflow efficiency, organized storage and consistent materials. Stainless steel, phenolic and steel casework may all be used depending on the environment.

Key priorities include:

• Clean surfaces
• Organized storage
• Durable hardware
• Clear workflow
• Documentation areas
• Easy maintenance
• Safety storage

 

Educational Laboratories

Educational labs need durable, student-friendly casework that supports repeated use. Schools and universities often need storage for glassware, supplies, teaching materials and shared equipment.

Key priorities include:

• Durability
• Cost control
• Storage organization
• Student safety
• Sink integration
• ADA-conscious planning
• Long lifecycle value

 

Planning Utilities, Storage and Workflows

Casework should be planned around how the lab functions. Cabinets should not be placed simply to fill walls or floor space. They should support the movement of people, materials and equipment.

Important planning questions include:

1. Where will users perform the most common tasks?
2. What supplies need to be stored near each workstation?
3. Where are sinks and utilities located?
4. What chemicals or materials require specialty storage?
5. How much glassware, equipment or inventory needs cabinet space?
6. Will users sit, stand or do both?
7. Will the lab need to expand later?
8. Are ADA-conscious work areas needed?
9. Does the casework need removable rear panels for utilities?
10. Will the lab need fixed, modular or hybrid furniture?

Utility planning may include:

• Water
• Drainage
• Gas
• Power
• Data
• Vacuum
• Fume hood adjacency
• Service access
• Maintenance clearance

The best casework plan supports daily workflow and future growth.

 

When Custom Lab Casework Makes Sense

Custom lab casework makes sense when standard cabinets do not fit the lab’s workflow, equipment, storage needs or space constraints.

Custom casework may be appropriate when:

• The room has unusual dimensions
• Equipment requires special clearance
• The lab needs specific drawer or cabinet configurations
• Utilities must be routed behind or through cabinets
• ADA-conscious layouts are required
• Specialty storage is needed
• The project needs a specific color or finish
• The lab is being built around a defined workflow
• Existing casework does not support current operations
• The project requires phased or coordinated installation

Custom does not always mean more complicated. A good custom casework plan should solve real lab problems and support long-term function.

 

How to Choose the Right Lab Casework Material

Use this decision framework:

The right answer may include more than one material. Many labs use steel casework for general storage, phenolic or epoxy surfaces for work areas, stainless steel in clean zones and polypropylene for corrosive storage.

 

Work With LabTech Supply Co. for Lab Casework

Choosing the right lab casework requires more than selecting cabinets from a catalog. Material, layout, workflow, utilities, durability, storage and future growth all matter.

LabTech Supply Co. provides laboratory casework, steel cabinets, SEFA 8 casework options, sink cabinets, lab benches, modular furniture, storage systems and installation support for education, research, biotech, healthcare, industrial and commercial laboratory environments.

Whether you are planning a new lab, renovating an existing space or replacing outdated cabinets, LabTech can help you choose casework materials and configurations that fit your lab’s needs.

Contact LabTech Supply Co. to discuss laboratory casework materials, custom cabinets or full lab furniture solutions.