Industry

Explore Vitallab industry-specific laboratory furniture solutions for pharmaceutical, healthcare, educational, industrial, chemical, cleanroom and specialized laboratories. We design and manufacture customized laboratory systems based on different applications, workflows and safety requirements.

Laboratory Furniture Solutions Designed For Different Laboratory Environments

Laboratories Have Different Requirements. We Design Around Them

Every laboratory has unique requirements based on its applications, workflow, equipment and safety standards. Vitallab provides application-focused laboratory solutions combining laboratory planning, furniture systems, equipment support and customized project services for pharmaceutical, healthcare, research, education and industrial environments worldwide.

Explore Laboratory Solutions

Find Your Laboratory Type

Every laboratory has unique workflow, equipment, and safety requirements. Whether you operate a pharmaceutical, educational, cosmetic, chemical, healthcare, dental, mining, food, environmental, government, semiconductor, or industrial laboratory, explore customized laboratory furniture solutions, recommended systems, and real project examples tailored to your application.
VIEW All SLOUTION

Industry Requirements & Laboratory Solution Approaches

Every industry has different laboratory requirements based on its applications, workflows, safety considerations and operating environments. While many laboratories use similar furniture and equipment, the way these systems are configured depends on the specific purpose, testing procedures and working processes. At Vitallab, we focus on understanding how different laboratories operate before developing suitable solutions. From pharmaceutical research and healthcare testing to industrial analysis, education and specialized applications, each laboratory requires a different approach to layout planning, workflow optimization, equipment integration and system selection. Explore how different industries define their laboratory needs, including typical workflows, common challenges, key design considerations, recommended laboratory systems, related products and completed projects.

Our Approach to Industry-Specific Laboratory Solutions
Understand the Application
Before recommending products, we analyze:
Laboratory purpose
Workflow
Equipment requirements
Safety considerations
Develop Practical Layout Solutions
Our engineering team considers:
Space utilization
Working processes
Equipment placement
Future expansion
Select Suitable Materials and Systems
Based on laboratory conditions:
Chemical exposure
Cleaning requirements
Durability expectations
Manufacture and Deliver Complete Solutions
Including:
Custom manufacturing
Quality control
Global shipping
Installation support

Recommended Laboratory Systems for Different Applications

Laboratory environments require more than individual products. Vitallab develops integrated laboratory systems by combining workstations, storage, safety equipment and supporting components based on specific applications, workflows and operational requirements.
Research Laboratory Systems

Research Laboratory Systems

Testing Laboratory Systems

Testing Laboratory Systems

Industrial Laboratory Systems

Industrial Laboratory Systems

Specialized Laboratory Systems

Specialized Laboratory Systems

Research Laboratory Systems
Research Laboratory Systems

Research Laboratory Systems

Research laboratories require flexible environments that support innovation, experimentation and evolving research requirements. From pharmaceutical development and biotechnology research to universities and scientific institutions, laboratory spaces must adapt to different workflows, equipment and future expansion needs.
Vitallab provides research laboratory systems designed around application requirements, workflow optimization and equipment integration. Our solutions help create organized, efficient and adaptable laboratory environments that support daily research activities and long-term development.
Testing Laboratory Systems
Testing Laboratory Systems

Testing Laboratory Systems

Testing laboratories require accurate, reliable and well-organized environments for analysis, inspection and quality control processes. Efficient sample handling, equipment placement and workflow planning are essential to maintaining consistent testing performance.
Vitallab develops testing laboratory systems based on specific testing procedures, safety requirements and operational needs. From chemical analysis and quality control to food, environmental and material testing, our solutions help laboratories improve efficiency, reliability and overall workflow management.
Industrial Laboratory Systems
Industrial Laboratory Systems

Industrial Laboratory Systems

Industrial laboratories often operate in demanding environments where durability, functionality and performance are critical. Applications such as mining analysis, geological testing, metallurgy and industrial research require laboratory systems that can support heavy equipment, large samples and intensive workflows.
Vitallab designs industrial laboratory systems with robust structures, suitable materials and customized configurations to meet challenging laboratory conditions while ensuring reliable long-term operation.
Specialized Laboratory Systems
Specialized Laboratory Systems

Specialized Laboratory Systems

Specialized laboratories require carefully planned environments based on unique safety, cleanliness and operational requirements. Healthcare, clinical, clean and advanced research facilities often need specific materials, layouts and integrated laboratory solutions.
Vitallab provides specialized laboratory systems tailored to different applications, helping organizations create safe, efficient and functional laboratory environments through professional planning, material selection and equipment integration.

Research Laboratory Systems

Testing Laboratory Systems

Industrial Laboratory Systems

Specialized Laboratory Systems

The cabinets of the suspended lab bench are hung on the floor-standing metal frame, the metal frame shape is in the form of C or H. which has good moisture-proof performance. The countertop is supported by the metal frame, and the independent cabinets can be rearranged according to requirements without affecting other parts of the lab bench system.  C-FRAME structure is simple, flexible and versatile, and can be combined freely; H-shaped is dignified and elegant, with good load-bearing performance. C-frame can be equipped with suspended cabinet and push cabinet structures for easy installation and disassembly, which is beneficial for laboratory cleaning work; The steel structure of the H-frame enables the experimental platform to bear a weight of over 500KG, meeting the requirements for the use of large precision instruments.
Polypropylene (PP) is a high-performance thermoplastic synthetic resin, which is a colorless, semi transparent thermoplastic lightweight universal plastic. It has chemical resistance, heat resistance, electrical insulation, high-strength mechanical properties, and good high wear resistance processing performance.
The fume hood extracts air via its fan system to create negative pressure. Air enters from the front opening, carrying experiment-generated harmful substances like gases, smoke and particulates, and gets discharged outside the lab through the exhaust system to prevent their spillover and protect people and the environment.
Flammable storage cabinet is used to store flammable liquids such as gasoline, alcohol, acetone, and some volatile and explosive chemicals. It can isolate these dangerous goods from the external environment and reduce the risk of accidents such as fire and explosion. For example, in the factory's chemical warehouse, different types of flammable liquids are stored in explosion-proof cabinets to prevent them from mixing with each other after leakage, causing more serious dangers.
PP lockers are made of polypropylene plastic. They are lightweight and much easier to move and install compared with metal or wooden lockers, making them suitable for places where the layout changes frequently. The production process is elaborate. They are formed by injection molding and splicing, ensuring a tight structure and firm connection of components. The appearance is diverse, with solid color and color-matching designs available. The specifications are complete and can be customized according to needs.
Gas cylinder storage cabinets are made with metal frames to ensure strong load-bearing capacity, stably supporting various gas cylinders and preventing deformation. Most cabinet doors are single or double, easy to open/close with good sealing to avoid gas leakage. Inside, there are special fixing devices like slots, chains or clamps, adjustable according to cylinder sizes to firmly hold cylinders and prevent danger from collisions or shaking during storage.
In fields such as chemistry, biology, and medicine, commonly used laboratory glassware, with its unique materials and designs, meets complex experimental requirements and serves as a crucial tool for scientific research.
Our lab magnetic stirrers deliver precise speed control (50–2000 RPM) and heating up to 450°C, ideal for chemical synthesis, pharmaceutical dissolution testing, and cell culture media preparation. Featuring digital temperature displays, ceramic-coated hotplates, and corrosion-resistant designs, they ensure stable stirring for viscous solutions and hazardous materials in GMP/ISO-certified labs.
Posture-Correcting Chair – Dynamic seat tilt reduces spinal pressure during microscopy
Designed for versatility, this freestanding laboratory workbench serves as a primary surface for sample prep and instrument setup. Ideal for general labs, clinical diagnostics, and educational institutions needing reliable, sturdy equipment.
Marine Container Laboratory house buildings are a special type of architectural form that integrates laboratory functions within containers.
ABS lockers are made mainly from acrylonitrile-butadiene-styrene copolymer (ABS). This material is formed through advanced injection molding processes, resulting in a locker body with a precise structure and smooth lines. The ABS material itself has excellent plasticity and can be processed into various shapes and specifications to meet personalized needs in different scenarios. In terms of appearance, it can either exhibit a smooth and bright texture, showing a modern minimalist style, or, after special treatment, possess diverse textures like imitation wood grain and imitation metal, blending well with a variety of decoration styles. The assembly of the locker body is usually simple and easy. With a modular design, some products don't require complicated tools, and ordinary people can easily complete the splicing, greatly enhancing the convenience of use.
VAV is the abbreviation of Variable Air Volume. The VAV fume hood changes the air flow rate supplied to the fume hood to adapt to different experimental operations and working conditions. It ensures that harmful gases, fumes, and dust can be effectively exhausted in various situations, providing a safe operating environment for experimental personnel, and at the same time achieving the purpose of energy conservation.
Laboratory wooden storage cabinets are important equipment used for storing various items in a laboratory. It is cheap and economical. Size can be customized. It has various color and material of lab wood storage cabinet.
Flame-Retardant Chair – UL94 V-0 rated polyurethane padding.
In numerous scientific research and industrial fields such as chemistry, biology, and pharmaceuticals, the separation and purification of liquid mixtures are extremely common and important operations. As an efficient evaporation and concentration device, the rotary evaporator can rapidly separate solvents under mild conditions and is widely used in various experimental and production processes.
It includes stainless-steel rods, connectors, instruction sheet and drill template required for installation
Eyewash is an essential emergency safety equipment in laboratories, factories and other places. When people's eyes accidentally come into contact with chemicals, irritants or foreign objects, it can quickly provide a large amount of clean water to wash the eyes and reduce damage. The following is an introduction from the aspects of structure, function, classification, use and maintenance.   Removable deck mounted eye wash
The modular mobile lab bench is composed of a countertop, steel frame, cabinet and wheels. Generally there are two common types of steel frames: H-shaped and C-shaped. One configuration is fixed steel frame with mobile cabinet, and the other configuration is that the steel frame is equipped with movable wheels. The cabinet can be hung on the steel frame and moved together, or cabinet with wheels to move separately too. There are a variety of styles available, ensuring ease of use and flexibility. The layout can be changed as the laboratory develops. It is the development trend of future experiments.
Ductless fume hood is a laboratory ventilation equipment without external ventilation ducts. It purifies harmful gases and particles from experiments via the built-in air filtration system for local ventilation and environmental protection. When such substances are generated in the experiment, the fan makes the air circulate inside the cabinet. The air is sucked into the filter unit and then returned to the indoor environment for purification.
Benchtop fume hood is a compact and practical ventilation device placed on the laboratory table. Its size is relatively small, and its height is usually suitable for operation on the laboratory table. It is generally compact as a whole and won't take up too much desktop space.
The walk-in fume hood is a kind of large-scale laboratory equipment, mainly used for conducting large-scale experiments or experiments with multiple operators. Its features include a large space, being suitable for placing large experimental instruments and equipment, and allowing operators to enter the cabinet body to carry out operations.
It is designed for storing flammable toxic & hazardous chemicals, suitable for various fields and chemicals. It can hold most lab chemicals. The cabinet features a unique structure with PP material inlaid on the inside and double-layer sprayed cold-rolled steel on the outside. This design endows it with outstanding acid and alkali resistance, corrosion resistance, and explosion resistance capabilities. It is purposefully fabricated for the secure storage of hazardous, explosive, and corrosive chemicals. Moreover, it can be optionally equipped with an intelligent monitoring system and filters, which can be customized according to diverse functional requirements, ensuring optimal performance and safety in various application scenarios.  
The blue cabinet represents the professional storage of weak corrosive liquid chemicals internationally. Eliminate damage from corrosive liquids with specially-designed cabinets for corrosives in laboratories. Its powder-coat finish resists acids, bases and solvents, protecting labs and personnel from damaging corrosives. Storage substances: phosphoric acid, carbonic acid, hydrogen peroxide, bleach, plate washing water, formaldehyde and other weak corrosive liquids and chemicals. Blue safety cabinets are equipped with PP trays
Steel shelves are a common type of storage equipment, which are widely used in places such as warehouses, supermarkets, factories, and households.
Our Customized Size Modern Garage Cabinet is a heavy-duty metal storage solution for organized tool management. Made of high-quality thick metal, it’s sturdy with strong load-bearing capacity, suitable for garages, workshops and warehouses to store tools, hardware and accessories.
The universal hood, also known as the universal exhaust hood or universal air suction hood, is an essential safety device in laboratories. It is mainly used to quickly discharge small - scale dust, hot air, volatile gases, harmful gases, and other small - particle floating substances or gases generated during experiments or production processes.
Stainless steel is an alloy material with excellent corrosion resistance, containing alloying elements such as chromium (Cr) and nickel (Ni). Chromium can form a dense chromium oxide protective film on the surface of stainless steel, preventing further corrosion of the steel by media such as oxygen and moisture. Nickel element can improve the toughness and corrosion resistance of stainless steel, enabling the experimental platform to resist corrosion from various chemical substances.In generally, 304 and 316 stainless steel is common material of lab bench. 304 stainless steel is suitable for general chemical experimental environments, while 316 stainless steel contains more molybdenum (Mo) elements and performs better in corrosion resistance, especially suitable for experimental environments containing highly corrosive substances such as chlorides. Stainless steel lab bench generally includes countertop, cabinet, and frame. The countertop is the main area for experimental operations, It is flat and smooth, . To prevent liquid from accumulating on the countertop, the edges of the countertop usually have a certain curvature or are equipped with water buffer edges. The cabinet is used to store experimental supplies, such as reagent bottles, small instruments, etc. The cabinet door is usually connected by stainless steel hinges, which are easy to open and close, and have good sealing to prevent dust and chemical gases from entering the interior of the cabinet. The frame part plays a role in supporting the tabletop and cabinet. It is made of sturdy 40*40*1.2MM stainless steel tube, which can withstand large weights and ensure the stability of the lab bench when placing heavy instruments.
The fume hood extracts air via its fan system to create negative pressure. Air enters from the front opening, carrying experiment-generated harmful substances like gases, smoke and particulates, and gets discharged outside the lab through the exhaust system to prevent their spillover and protect people and the environment.
The air shower room is a necessary purification equipment for personnel to enter clean rooms and dust-free workshops. It is highly versatile and can be used with all clean rooms and clean workshops. When entering the workshop, the staff must pass through this equipment, and use strong clean air to spray from all directions to the person by a rotatable nozzle, effectively and quickly remove dust, hair, hair dandruff and other debris attached to clothes. It can reduce the pollution problems caused by personnel entering and leaving the clean room. The two doors of the air shower room are electronically interlocked, which can also serve as an airlock to prevent external pollution and unpurified air from entering the clean area. Prevent staff from bringing hair, dust, and bacteria into the workshop, meet the strict dust-free purification standards of the workplace, and produce high-quality products.
A pass box is an auxiliary device for clean rooms, mainly used for the transfer of items between clean areas and non-clean areas or between areas with different cleanliness levels. It can effectively reduce the number of times the doors of clean rooms are opened and minimize the degree of contamination to the clean rooms.
Clean room is a device that can provide a local high-cleanliness environment and plays a key role in many industries that have high requirements for environmental cleanliness.
Laminar flow clean bench, also known as a clean bench, is a unidirectional flow air purification device that provides a local dust-free and sterile working environment.
Stainless steel lockers are typically fabricated from top-grade stainless steel sheets, commonly 304 and 316. The locker body features a sturdy structure, joined by welding and riveting to guarantee stability. Door designs vary, such as single, double, or sliding doors for easy access. Inside, adjustable shelves are provided to flexibly adapt the space layout as needed, suiting different storage demands. High-quality handles, hinges, and locks ensure both convenience and safety. Appearance-wise, apart from the classic silver, surface treatments can yield matte, mirror, or colored finishes to fulfill personalized decorative requirements.
A biological safety cabinet (BSC) is an important piece of equipment used in laboratories, which can effectively protect operators, the experimental environment and experimental samples from biological hazards.
The ductless air purification medicine cabinet series is designed for storing toxic & hazardous chemicals, suitable for various fields. It can hold most lab chemicals. Its outstanding feature is the air purification function, purifying cabinet gas and lab air 24/7. High-efficient and eco-friendly, it provides a solution for a safe & clean lab environment.
A U.S. biotechnology company specializing in advanced cell biology research required a coordinated laboratory setup for cell studies and gene amplification. VitalLab supplied laboratory casework, fume hoods with variable-speed exhaust control, precision weighing stations, cryogenic storage, and essential research equipment. Shipped to the Port of Long Beach, California, the project included installation drawings and remote installation assistance.
Discover a 20GP mobile container laboratory for oil testing in Africa, with integrated laboratory furniture, a fume hood, explosion-protected electrical components, and water facilities for remote field operations.
Discover how VitalLab delivered a customized stainless steel laboratory furniture solution for a cosmetics R&D laboratory in the USA. Featuring fingerprint-resistant finishes, three-tier reagent shelving, and integrated power outlets, this project demonstrates how tailored design can meet specific laboratory layout and workflow requirements, from initial planning to final installation.
Vitallab supplied laboratory furniture, epoxy resin worktops, safety equipment, and mixing instruments for a soap and bath bomb development laboratory in Saudi Arabia.
Vitallab provided a modular laboratory furniture solution for a leading US university research facility, including chemical-resistant epoxy resin worktops, flexible laboratory workstations, customized storage systems, and complete technical documentation. Through detailed design coordination and international delivery support, Vitallab helped transform the initial laboratory concept into a functional and adaptable research environment.
Vitallab provided a customized laboratory furniture solution for a government infrastructure project in Panama, including multi-material worktops, technical documentation, bilingual support, and international delivery.
Vitallab delivered a customized industrial laboratory furniture solution in Gabon, including laboratory workbenches, fume hoods, precise site integration, and remote installation support.
Vitallab provided a customized malt quality control laboratory solution in Canada, including laboratory furniture, sample storage systems, safety equipment, and laboratory instruments for food and beverage testing.
Vitallab provided a modular laboratory furniture and one-stop procurement solution for a third-party analytical testing laboratory in the USA, supporting laboratory expansion with flexible workstations, storage systems, testing equipment and complete delivery services.
Vitallab designed and supplied a customized jewelry testing laboratory solution in Malta, featuring impact-resistant epoxy worktops, precision workstations, anti vibration weighing tables, fume hoods and integrated storage systems.
Vitallab provided a customized dental clinic and laboratory furniture solution for a newly established dental medical center in Brunei, including treatment room cabinets, sterilization areas, dental laboratory workstations, fume hood systems, storage solutions and integrated medical workflow design.
Vitallab supplied custom anti-corrosion laboratory furniture for an Intertek subsidiary in Canada, including L-shaped PP laboratory workbenches and PP sink benches with epoxy resin countertops for mineral testing, flotation, leaching, and wet chemistry applications.
Common questions about designing, selecting and implementing industry-specific laboratory solutions.

How Do I Start Planning a Laboratory Project?

Before starting a project, consider your laboratory purpose, workflow, equipment requirements and space conditions.

Vitallab helps evaluate your requirements and develop suitable laboratory layouts, systems and configurations.

What Information Do You Need for Laboratory Design?

We usually need basic project details, including floor plans, room dimensions, laboratory type, equipment list and workflow requirements.

These details help us provide a more accurate laboratory solution.

Can You Design a Laboratory Layout?

Yes. Vitallab provides laboratory layout support based on your space, workflow and equipment requirements.

Our designs focus on efficiency, safety and practical daily operation.

How Do You Integrate Equipment Into Laboratory Design?

We consider equipment size, weight, utilities, operation requirements and working processes during planning.

This ensures laboratory furniture and equipment work together effectively.

How Long Does a Laboratory Project Take?

Project timelines depend on design complexity, customization requirements, manufacturing and delivery conditions.

After reviewing your project details, we provide a clear schedule.

Why Choose Vitallab for Laboratory Solutions?

Vitallab combines laboratory planning experience, customized manufacturing capabilities and international project support to help customers build functional and reliable laboratory environments. We do one stop service from design to installation.