Stainless Steel Cabinets for Laboratory and Cleanroom Furniture

Laboratories, pharmaceutical facilities, healthcare environments, research centres, testing facilities and cleanrooms require furniture that can withstand demanding operating conditions while supporting hygiene, durability, organization and efficient workflows. Among the different furniture materials available, stainless steel is widely used where resistance to corrosion, ease of cleaning and robust construction are important considerations.

Stainless Steel Cabinets for Laboratory and Cleanroom Furniture can be designed for storage, work areas, equipment support, material handling and specialized laboratory applications. Depending on the environment, cabinet construction can incorporate stainless steel grades such as SS304 or, where the process environment requires it, other suitable grades and finishes.

For laboratories and controlled environments, selecting a cabinet is not simply a matter of choosing a metal body. Cabinet geometry, welding quality, surface finish, joints, edges, hardware, accessibility, cleaning requirements and installation conditions can all affect the suitability of the furniture.

Karvi Interio manufactures customized stainless steel and metal interior solutions for commercial, institutional and specialized applications. Our fabrication capabilities can be adapted to project-specific dimensions, storage requirements, workstations, cabinets, shelving and other stainless steel furniture requirements.

This guide explains how stainless steel laboratory and cleanroom cabinets are designed, where they are used, what specifications should be considered, and how architects, laboratory planners, contractors, pharmaceutical companies and facility owners can approach stainless steel furniture projects.

What Are Stainless Steel Cabinets for Laboratory and Cleanroom Furniture?

Stainless steel laboratory and cleanroom cabinets are storage or work-support units manufactured using stainless steel sheets, profiles, hardware and fabricated components.

They can be designed as:

Base cabinets
Wall-mounted cabinets
Tall storage cabinets
Under-counter cabinets
Laboratory storage cabinets
Cleanroom storage cabinets
Chemical-resistant storage units where appropriately specified
Mobile cabinets
Equipment-support cabinets
Sink cabinets
Utility cabinets
Instrument storage cabinets
Sample storage cabinets
Custom laboratory cabinets

The final construction should be selected according to the laboratory process, cleaning regime, chemical exposure, temperature, humidity, contamination-control requirements and applicable project specifications.

A cabinet suitable for a general laboratory may not automatically be suitable for every cleanroom or pharmaceutical application. The complete environment and facility specification should therefore be considered before final material selection.

Stainless Steel Cabinets for Laboratory and Cleanroom Furniture

Why Stainless Steel Is Used in Laboratory Furniture

Stainless steel is a practical material for many laboratory and controlled-environment applications because it combines mechanical strength with corrosion resistance and a surface that can generally be cleaned effectively when appropriately designed and finished.

1. Corrosion Resistance

Stainless steel provides resistance to corrosion in many laboratory and commercial environments. SS304 is commonly considered for general applications, while other grades may be required for more aggressive environments.

The correct grade should be selected based on the actual chemicals, cleaning agents, moisture and operating conditions involved.

2. Easy Cleaning

Laboratory furniture can require frequent cleaning and disinfection. Smooth, properly finished stainless steel surfaces can simplify routine cleaning compared with porous or difficult-to-clean materials.

Cabinet design is equally important. Excessive gaps, exposed joints and difficult-to-access areas can make cleaning more complicated.

3. Robust Construction

Laboratory cabinets may support instruments, containers, equipment and stored materials. Properly designed stainless steel construction can provide a strong and durable furniture solution.

4. Professional Appearance

Stainless steel gives laboratories and controlled environments a clean, technical appearance. This makes it suitable for pharmaceutical, medical, research, food-testing and institutional environments.

5. Long-Term Serviceability

When appropriate material, fabrication and maintenance practices are followed, stainless steel furniture can provide long service life.

The actual life of a cabinet depends on material grade, fabrication quality, loading, environmental exposure, cleaning chemicals and maintenance.

SS304 Stainless Steel Laboratory Cabinets

SS304 is one of the commonly specified stainless steel grades for laboratory furniture and general stainless steel fabrication.

For many laboratory applications, SS304 offers a useful combination of:

Corrosion resistance
Strength
Fabrication capability
Cleanable surfaces
Availability
Aesthetic appearance
Long-term usability

Karvi Interio can manufacture customized stainless steel cabinet structures according to project dimensions and specifications.

A typical project specification may include:

Carcass: SS304 stainless steel
Carcass thickness: Project-specific
Shutters: Stainless steel or specified compatible material
Finish: As required by application
Shelves: Fixed or adjustable
Hardware: Project-specific
Construction: Welded or modular
Installation: Floor-mounted, wall-mounted or integrated with worktops

The exact specification should be finalized according to the application rather than using one specification for every laboratory.

SS304 vs Other Stainless Steel Grades

Material selection should be based on the environment rather than simply choosing the most commonly used grade.

Parameter	SS304	Other Suitable Grades
General laboratory use	Common option	Application dependent
Corrosion resistance	Good	May be higher depending on grade
Fabrication	Excellent	Grade dependent
Cleaning	Suitable with appropriate finish	Suitable with appropriate finish
Cost	Generally economical compared with higher grades	May be higher
Chemical exposure	Must be evaluated	Grade-specific evaluation required
Cleanroom application	Application dependent	Application dependent
Pharmaceutical use	Project specification dependent	Project specification dependent
Food/testing environments	Commonly considered	Application dependent
Marine/aggressive environments	May require evaluation	Higher corrosion resistance grades may be considered

The important point is that stainless steel grade alone does not determine whether furniture is suitable for a cleanroom. Facility classification, process requirements, surface finish, cleaning procedures, construction details and project standards must also be considered.

Types of Stainless Steel Laboratory Cabinets

Different laboratory layouts require different cabinet configurations.

1. Stainless Steel Base Cabinets

Base cabinets are installed below laboratory worktops and provide convenient storage.

They can be configured with:

Hinged shutters
Drawers
Adjustable shelves
Equipment openings
Plumbing provisions
Sink integration
Cable management

Base cabinets can be customized according to the workbench layout.

2. Stainless Steel Wall Cabinets

Wall-mounted cabinets provide additional storage without occupying floor space.

They can be useful for:

Laboratory consumables
Instruments
Containers
Sample-related materials
Frequently accessed items

The mounting system should be designed according to cabinet dimensions, load requirements and wall construction.

3. Tall Stainless Steel Storage Cabinets

Tall cabinets provide higher-volume storage in laboratories and institutional facilities.

Typical uses include:

Laboratory supplies
Equipment
Containers
PPE
Documentation
Cleaning materials
General storage

Internal shelves can be adjustable to accommodate different item sizes.

4. Stainless Steel Cleanroom Cabinets

Cleanroom cabinets require particular attention to surface geometry and cleanability.

Depending on the application, designs may minimize:

Unnecessary ledges
Difficult-to-clean recesses
Exposed fasteners
Open cavities
Rough surfaces
Contamination-trapping areas

The cabinet should be integrated into the overall cleanroom design and cleaning protocol.

5. Under-Counter Cabinets

Under-counter stainless steel cabinets provide organized storage while maximizing the laboratory work surface.

They are commonly used below:

Laboratory worktops
Testing benches
Preparation counters
Instrument benches
Sink areas

6. Mobile Stainless Steel Cabinets

Mobile cabinets can provide flexible storage in laboratories where workflows change frequently.

Depending on the application, they can include:

Lockable castors
Handles
Shelves
Drawers
Equipment supports

Castor selection should consider floor type, load and cleaning requirements.

Stainless Steel Cleanroom Cabinets: Important Design Considerations

Cleanroom furniture is different from ordinary commercial furniture because contamination control and cleaning can become critical design considerations.

A stainless steel cabinet intended for a controlled environment should be evaluated for:

Surface Finish

Smooth and appropriately finished surfaces can support cleaning procedures.

Cabinet Geometry

The design should minimize unnecessary areas where dust, particles or residues can accumulate.

Weld Quality

Poorly finished welds can create irregular surfaces and cleaning challenges.

Edges and Corners

Edges should be designed with safety and cleanability in mind.

Hardware

Handles, hinges, locks and other hardware should be selected according to the cleanroom and operational requirements.

Installation

Furniture installation should avoid creating unnecessary inaccessible spaces or difficult-to-clean interfaces.

Stainless Steel Cabinets for Pharmaceutical Laboratories

Pharmaceutical environments can have stringent requirements relating to hygiene, cleaning, workflow and contamination control.

Stainless steel furniture can be used for:

Laboratory storage
Preparation areas
Testing areas
Material handling
Equipment support
Sample-related storage
Utility areas
Controlled environments

However, furniture selection should be based on the facility’s documented specifications.

A stainless steel cabinet should not be described as automatically pharmaceutical-grade or cleanroom-compliant solely because it is made from stainless steel. Compliance depends on the complete design and the requirements applicable to the facility.

Stainless Steel Laboratory Workstations and Cabinets

A laboratory workstation often combines several components into one functional system.

A typical configuration can include:

Stainless steel worktop
Base cabinets
Wall cabinets
Drawers
Shelves
Equipment supports
Utility provisions
Sink module
Service integration

This approach allows architects and laboratory planners to optimize available floor space.

For custom projects, cabinet dimensions can be coordinated with:

Laboratory equipment
Plumbing
Electrical services
HVAC requirements
Worktop height
User ergonomics
Storage requirements

Stainless Steel Laboratory Cabinets for Hospitals and Healthcare Facilities

Healthcare facilities often require durable furniture for laboratories, testing areas, preparation rooms and support spaces.

Potential applications include:

Diagnostic laboratories
Sample preparation areas
Medical testing facilities
Sterile-support areas
Utility rooms
Hospital laboratories
Research departments

The cabinet design should be matched to the room’s specific operational and hygiene requirements.

Stainless Steel Furniture for Research Laboratories

Research laboratories can have highly customized workflows.

Different research environments may require different combinations of:

Storage cabinets
Work benches
Instrument tables
Shelving
Mobile cabinets
Sink units
Equipment supports

Stainless steel furniture can be manufactured according to equipment dimensions rather than relying only on standard cabinet sizes.

This is particularly useful for projects involving specialized instruments or custom laboratory layouts.

Stainless Steel Cabinets for Educational Laboratories

Schools, colleges, universities and technical institutions require furniture that can withstand regular use.

Stainless steel cabinets can be considered for:

Chemistry laboratories
Physics laboratories
Biology laboratories
Engineering laboratories
Research departments
Technical training centres

Storage configurations can be planned for equipment, tools, samples, consumables and laboratory accessories.

Stainless Steel Cleanroom Furniture for Controlled Environments

Cleanrooms can be found in industries such as:

Pharmaceuticals
Biotechnology
Electronics
Medical devices
Healthcare
Research
Food processing
Specialty manufacturing

Furniture inside these environments must be selected as part of the overall contamination-control strategy.

Stainless steel can be useful because appropriately finished surfaces are generally durable and cleanable.

Typical cleanroom furniture includes:

Cleanroom work tables
Stainless steel cabinets
Stainless steel shelving
Mobile workstations
Pass-through storage units
Equipment tables
Material handling carts
Storage racks

Stainless Steel Laboratory Shelving

Shelving is an important part of laboratory storage.

Stainless steel shelving can be configured as:

Fixed shelving
Adjustable shelving
Wall shelving
Freestanding shelving
Mobile shelving
Heavy-duty shelving

Shelf dimensions and load capacity should be specified according to the intended application.

For cleanroom applications, shelf geometry and surface finish should also be considered.

Stainless Steel Sink Cabinets for Laboratories

Laboratory sink areas require careful coordination between furniture, plumbing and worktops.

A stainless steel sink cabinet can provide:

Sink support
Plumbing access
Storage
Cleaning access
Integration with laboratory worktops

The cabinet should be designed around the selected sink, drainage system and plumbing configuration.

Welded vs Modular Stainless Steel Laboratory Cabinets

Both welded and modular construction can be considered depending on project requirements.

Welded Construction

Advantages can include:

Rigid construction
Clean integrated appearance
Strong structural joints
Custom fabrication capability

Weld finishing becomes particularly important where cleanability is a major requirement.

Modular Construction

Advantages can include:

Easier transportation
Site assembly
Modification potential
Replacement of individual components
Convenient project logistics

For projects involving long-distance transportation, modular construction can sometimes simplify handling and installation.

The appropriate construction method depends on project size, site conditions, design requirements and installation strategy.

Stainless Steel Cabinet Manufacturing Process

A professional stainless steel furniture project normally involves several stages.

1. Requirement Collection

The manufacturer reviews:

Room dimensions
Cabinet dimensions
Storage requirements
Equipment requirements
Material grade
Finish
Hardware
Quantity
Installation conditions

2. Design and Drawings

Detailed drawings can define:

Width
Height
Depth
Shelf positions
Shutter configuration
Drawer positions
Worktop dimensions
Service openings

3. Sheet Metal Cutting

Stainless steel sheets can be cut using suitable precision fabrication equipment.

4. Bending

Precision bending creates cabinet panels, profiles and structural components.

5. Welding

Components are joined according to the selected construction method.

6. Grinding and Finishing

Welds and exposed surfaces can be finished according to the required specification.

7. Assembly

Cabinet components, hardware, shelves and accessories are assembled.

8. Quality Inspection

The finished furniture should be inspected for:

Dimensions
Surface condition
Weld quality
Door alignment
Drawer operation
Hardware operation
Stability
Finish

9. Installation

Furniture is delivered and installed according to the approved layout.

Why Fabrication Quality Matters

Two cabinets made from the same stainless steel grade can perform differently because of differences in design and fabrication.

Important quality factors include:

Sheet thickness
Structural design
Welding quality
Weld finishing
Bending accuracy
Door alignment
Hardware quality
Surface finish
Load capacity
Installation accuracy

For B2B projects, these details should be included in the technical specification and BOQ.

Stainless Steel Cabinet Specifications for B2B Projects

Architects, contractors and procurement teams should clearly define the following before requesting quotations.

Material

Specify the stainless steel grade.

Thickness

Specify sheet thickness for carcass, shutters, shelves and structural components where required.

Finish

Specify the required surface finish.

Construction

Specify welded, modular or another approved construction method.

Hardware

Define hinges, handles, locks, drawer systems and other hardware.

Dimensions

Provide accurate cabinet dimensions.

Load Requirements

Identify heavy equipment or storage requirements.

Installation

Specify floor-mounted, wall-mounted, suspended or integrated construction.

Quantity

Provide cabinet schedules and room-wise quantities.

Drawings

Issue approved technical drawings before production.

Stainless Steel Laboratory Cabinet Cost

The cost of stainless steel laboratory cabinets depends on several factors.

Major cost variables include:

Stainless steel grade
Sheet thickness
Cabinet dimensions
Number of shelves
Drawer quantity
Hardware
Surface finish
Welding requirements
Custom fabrication
Worktop integration
Mobile mechanisms
Installation
Project quantity
Transportation

A standard storage cabinet and a highly customized pharmaceutical laboratory cabinet can have substantially different costs.

For this reason, B2B projects should request quotations based on drawings, specifications and quantities rather than comparing only a price per cabinet.

How to Reduce Laboratory Furniture Project Cost

Cost optimization does not necessarily mean selecting the cheapest material.

Architects and procurement teams can control costs by:

Standardizing cabinet dimensions where possible.
Using modular dimensions for repeated units.
Preparing accurate room-wise quantities.
Finalizing hardware before production.
Reducing unnecessary customization.
Coordinating furniture with MEP services.
Using appropriate stainless steel grades for each environment.
Combining standard and customized units.
Preparing approved drawings before manufacturing.
Planning transportation and installation early.

For large laboratory projects, standardization can significantly simplify manufacturing and installation.

Stainless Steel Cabinets for Architects and Interior Designers

Architects and interior designers often require a manufacturing partner capable of translating drawings into fabricated furniture.

A B2B stainless steel furniture manufacturer can support:

Shop drawings
Material specifications
Cabinet schedules
Customized dimensions
Prototype development
Sample units
Fabrication
Bulk manufacturing
Site installation

Karvi Interio can work with project teams requiring customized stainless steel fabrication and metal interior solutions.

Stainless Steel Cabinets for Contractors and Turnkey Projects

Turnkey contractors may require multiple furniture categories from one manufacturing partner.

A laboratory furniture package can include:

Base cabinets
Wall cabinets
Tall cabinets
Work benches
Shelving
Sink cabinets
Equipment tables
Mobile units
Cleanroom furniture

Coordinating these components through a single fabrication workflow can simplify project management.

Stainless Steel Laboratory Furniture Manufacturer in Bangalore

Bangalore has a large ecosystem of technology companies, healthcare facilities, research institutions, educational organizations, pharmaceutical businesses and specialized manufacturing companies.

This creates demand for customized laboratory and stainless steel furniture.

Karvi Interio provides metal fabrication and interior solutions for commercial and specialized applications, with customized manufacturing based on project requirements.

For a laboratory or cleanroom project, the process can begin with:

Project requirement
Room drawings
Cabinet schedule
Material specification
Furniture design
Quotation
Prototype or sample approval
Manufacturing
Delivery
Installation

Project teams can provide architectural drawings and cabinet schedules for a more accurate quotation.

Applications of Stainless Steel Laboratory Cabinets

Stainless steel cabinets can be considered for a wide range of applications.

Pharmaceutical Laboratories

For laboratory storage, testing and support areas.

Healthcare

For diagnostic and laboratory environments.

Research Facilities

For scientific equipment and material storage.

Educational Institutions

For college, university and technical laboratories.

Food Testing Laboratories

For testing, preparation and storage environments.

Biotechnology

For research and controlled environments.

Medical Device Manufacturing

For selected production and support areas.

Industrial Testing Laboratories

For material testing and quality-control departments.

Cleanrooms

For appropriately specified controlled environments.

Maintenance of Stainless Steel Laboratory Cabinets

Even stainless steel furniture requires proper maintenance.

Recommended practices include:

Follow the facility’s approved cleaning procedure.
Use cleaning chemicals compatible with the stainless steel grade and finish.
Remove chemical residues where required.
Avoid abrasive cleaning methods that can damage the surface.
Inspect hinges and moving hardware periodically.
Check cabinet stability.
Address damaged surfaces promptly.
Keep drainage and utility areas accessible.

The cleaning method should always be compatible with the specific stainless steel finish and chemicals used in the facility.

Common Mistakes When Buying Stainless Steel Laboratory Cabinets

Mistake 1: Choosing Only by Price

The lowest quotation may not provide equivalent material, thickness, hardware, fabrication or finish.

Mistake 2: Not Specifying Stainless Steel Grade

“Stainless steel” alone is not a complete technical specification.

Mistake 3: Ignoring Sheet Thickness

Thickness can affect cabinet strength, weight and durability.

Mistake 4: Not Providing Drawings

Without dimensions and layout information, quotations may not be comparable.

Mistake 5: Ignoring Cleaning Requirements

Laboratory and cleanroom furniture should be designed around actual cleaning procedures.

Mistake 6: Selecting Hardware Too Late

Hinges, locks, handles and drawer systems affect cabinet dimensions and cost.

Mistake 7: Assuming All Stainless Steel Furniture Is Cleanroom-Compliant

Cleanroom suitability depends on the complete design and facility requirements.

Laboratory and Cleanroom Furniture BOQ Checklist

Before placing an order, the project team can prepare a BOQ containing:

Item number
Room number
Cabinet type
Width
Height
Depth
Quantity
Stainless steel grade
Sheet thickness
Surface finish
Shutter type
Shelf quantity
Drawer quantity
Hardware specification
Worktop specification
Sink requirement
Mobility requirement
Mounting method
Installation requirement
Delivery location

A detailed BOQ helps manufacturers prepare more consistent quotations.

Why Choose Customized Stainless Steel Cabinets?

Standard cabinets are useful for repetitive requirements, but laboratories often contain specialized equipment and workflows.

Customized cabinets can be designed around:

Equipment dimensions
Room geometry
Worktop height
Storage requirements
Utility services
Door openings
User workflow
Cleaning procedures
Available floor space

Customization can therefore improve space utilization without requiring every component to be completely bespoke.

Karvi Interio Stainless Steel Laboratory and Cleanroom Furniture

Karvi Interio provides customized metal and stainless steel fabrication solutions for residential, commercial, institutional and B2B applications.

For laboratory and controlled-environment projects, the furniture can be developed around approved project drawings and specifications.

Potential products include:

Stainless steel laboratory cabinets
SS304 storage cabinets
Stainless steel work tables
Laboratory work benches
Stainless steel shelving
Cleanroom workstations
Stainless steel sink cabinets
Equipment-support tables
Mobile stainless steel furniture
Custom fabricated cabinets

For architects, interior designers, contractors, pharmaceutical companies, laboratories and institutional buyers, project-specific dimensions and specifications can be developed before manufacturing.

How to Start a Stainless Steel Laboratory Furniture Project

A practical project workflow is:

Step 1: Share Your Layout

Provide architectural or laboratory layout drawings.

Step 2: Identify Furniture

Mark cabinets, benches, tables, shelves and storage units.

Step 3: Define Material

Specify SS304 or another grade according to the project requirement.

Step 4: Finalize Dimensions

Confirm width, height, depth and worktop levels.

Step 5: Select Hardware

Specify hinges, locks, drawer systems, handles and castors.

Step 6: Confirm Finish

Specify the required stainless steel surface finish.

Step 7: Approve Drawings

Finalize manufacturing drawings before production.

Step 8: Manufacturing

Production begins after approval of specifications.

Step 9: Quality Inspection

Finished units are inspected before dispatch.

Step 10: Delivery and Installation

Furniture is transported and installed according to the approved layout.

Frequently Asked Questions

1. What are stainless steel cabinets for laboratory and cleanroom furniture?

They are stainless steel storage and work-support cabinets designed for laboratory, healthcare, pharmaceutical, research and controlled-environment applications.

2. Is SS304 suitable for laboratory cabinets?

SS304 is commonly considered for many general laboratory applications, but the correct grade depends on the chemicals, cleaning procedures and environmental conditions.

3. Are stainless steel cabinets suitable for cleanrooms?

They can be suitable for appropriately specified cleanroom applications. However, cleanroom suitability depends on the complete cabinet design, finish, geometry, installation and facility requirements.

4. What is the difference between laboratory cabinets and cleanroom cabinets?

Cleanroom cabinets generally require greater attention to cleanability, surface geometry, contamination control and facility-specific requirements.

5. Can stainless steel laboratory cabinets be customized?

Yes. Cabinets can be customized according to dimensions, shelves, drawers, equipment requirements, worktops, utilities and room layouts.

6. Can Karvi Interio manufacture stainless steel laboratory cabinets?

Karvi Interio can develop customized stainless steel cabinet and furniture solutions based on project requirements, drawings and specifications.

7. Can stainless steel cabinets be welded?

Yes. Stainless steel cabinets can be fabricated using welded construction where appropriate.

8. Can stainless steel cabinets be modular?

Yes. Modular stainless steel cabinet construction can be considered for projects requiring transportation, assembly or modification flexibility.

9. What stainless steel thickness should be used?

The appropriate thickness depends on cabinet dimensions, loading, construction and project specification. It should be finalized during technical design.

10. Can stainless steel cabinets be used in pharmaceutical laboratories?

They can be used for suitable pharmaceutical laboratory applications when the material, design, finish and installation meet the project’s requirements.

11. Are stainless steel laboratory cabinets easy to clean?

Properly designed and finished stainless steel surfaces can support routine cleaning. The cleaning procedure should be compatible with the selected grade and finish.

12. Can stainless steel cabinets include drawers?

Yes. Drawers can be integrated into base cabinets, workstations and specialized storage units.

13. Can laboratory cabinets be installed below worktops?

Yes. Under-counter stainless steel cabinets are commonly used as part of laboratory workstations.

14. Can stainless steel cabinets be mobile?

Yes. Mobile cabinets can be designed with appropriate castors and locking systems.

15. Can stainless steel cabinets be manufactured for Bangalore projects?

Yes. Customized stainless steel furniture can be manufactured for laboratory, commercial and institutional projects in Bangalore, subject to project requirements.

16. How much do stainless steel laboratory cabinets cost?

Pricing depends on stainless steel grade, dimensions, thickness, finish, hardware, customization, quantity, transportation and installation.

17. Can architects provide their own drawings?

Yes. Architects, designers and contractors can provide drawings and BOQs for manufacturing coordination.

18. Can Karvi Interio manufacture in bulk?

Customized manufacturing can be planned for B2B projects according to approved quantities, drawings and production requirements.

19. What information is needed for a quotation?

Useful information includes cabinet dimensions, quantity, material grade, thickness, finish, hardware, layout drawings, installation requirements and project location.

20. What industries use stainless steel laboratory furniture?

Applications can include pharmaceuticals, healthcare, biotechnology, research, education, food testing, medical devices and industrial testing.

Conclusion

Stainless Steel Cabinets for Laboratory and Cleanroom Furniture can provide a durable and practical solution for laboratories, pharmaceutical facilities, healthcare environments, research centres, educational institutions and appropriately specified cleanrooms.

The right solution depends on more than the stainless steel material itself. Grade, thickness, cabinet geometry, welding, surface finish, hardware, loading, cleaning procedures and installation requirements should all be considered during design.

For architects, laboratory planners, contractors, pharmaceutical companies and institutional buyers, a detailed technical specification and BOQ can make the procurement process clearer and help manufacturers produce furniture that matches the project requirements.

Karvi Interio can support customized stainless steel and metal furniture requirements, including laboratory cabinets, storage cabinets, work tables, work benches, shelving, sink cabinets and other fabricated solutions.

Looking for stainless steel laboratory or cleanroom cabinets for a project? Contact Karvi Interio with your drawings, dimensions, BOQ or project requirements to discuss a customized manufacturing solution.

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