Designing a successful laboratory requires more than arranging workstations and equipment. A well-planned laboratory design should prioritise safety, efficient workflow, adequate storage, accessibility, ventilation, utilities, and flexibility for future expansion. From selecting the right laboratory equipment and planning fume hood placement to choosing suitable laboratory furniture, every design decision can affect productivity, safety, and long-term performance.
In this guide, we cover 7 essential considerations for how to design a successful laboratory, including laboratory layout, storage, equipment planning, accessibility, fume hoods, heat management, and stakeholder coordination. Working with experienced laboratory furniture manufacturers can also help ensure that the laboratory furniture, storage systems, and workspaces are designed around the facility’s specific operational requirements.
Tips To Design A Successful Laboratory
For a successful laboratory design, several factors need to be considered from the initial planning stage. The following 7 considerations can help create a laboratory that is safe, efficient, flexible, and suitable for the facility’s specific requirements. For specialised research environments, medical research laboratory design requires additional planning considerations based on the research activities, equipment, workflow, and safety requirements.
1. Put Safety First
Any lab should put safety first, and adequate security begins with a well-thought-out lab layout. Well-executed and successful laboratory design will only partially eliminate risk because human error causes most lab mishaps, but it can significantly reduce it. Electrical problems, fires, and chemical leaks are often occurring lab risks. Because of how serious these threats are, staff members must leave the building swiftly in an emergency. As a result, aisles need to be broad enough to allow workers to pass without running into one another or machinery.
2. Appropriate Storage Space
Adding more lab storage cabinets, chemical storage cabinets, a storage closet, or shelving can help increase your laboratory’s storage capacity and keep essential materials organised. You must follow appropriate storage precautions when dealing with chemicals in your laboratory. Never keep chemicals on the floor or in a traffic aisle. The outer edge of shelving should have a raised lip to prevent items from falling off. Additionally, liquid chemicals should always be stored in suitable locked cabinets or unbreakable packaging where required. Proper storage planning can help manage spills and reduce potential safety risks. After completing the laboratory design, discovering that additional storage is needed can create unnecessary problems with safety, organisation, and efficiency.
3. Prepare A List Of Apparatus
Scrutinize the client-provided equipment list as the lab planner. Since your primary contact might not be an expert on every aspect of laboratory apparatus or your data requirements, part of the lab planning function must involve assisting the customer in obtaining the required information. You need to create a thorough equipment inventory to plan the structure of your lab. Numerous layout planning variables will depend on the amount and type of apparatus utilized in a lab. These planning and design considerations for laboratories include the layout of the room, the need for plumbing and power, and the positioning of equipment for maximum efficiency and safety.
4. Maintain Ease Of Access
In the event of an accident, having a readily accessible lab will enable lab staff to leave the building promptly. Additionally, it guarantees that the lab will be adaptable if someone needs to transfer equipment into, out of, or around the lab. You might upgrade your lab or replace some equipment due to technological advancements. When that time arrives, you don’t want to indefinitely keep your outdated equipment confined to your building. As a result, you should map out departure routes for each piece of equipment. You need to consider turning clearances and door widths in addition to equipment pathways.
5. Plan The Fume Hoods Accordingly
Lab planners must collaborate closely with the team’s mechanical engineers to ensure that the Laboratory Fume Hood and HVAC process controls are properly coordinated for laboratory safety, containment, and pressurisation. The first step is to determine which fume hoods will be used in the laboratory and what types of controls are required based on the type and number of hoods. EH&S and relevant facility design standards should also be considered throughout the planning process. Proper coordination helps achieve effective lab pressurisation, fume hood containment, and suitable air change rates based on the facility’s requirements and laboratory type.
6. Check For The Possible Heat Gains
Fundamental to lab operation is taking into account equipment heat gains and working with the mechanical engineer, especially in areas with heat-generating machinery like super-low refrigerators, freezers, or centrifuges. Suppose the equipment manufacturer is unable to give information on heat gain. In that case, the mechanical engineer can precisely calculate to ensure that the proper cooling loads are considered in the design.
7. Discuss With All Stakeholders
Although it is acknowledged as essential, including all stakeholders frequently and early in the design process can create many difficulties. Although there may be a large number of people and diverse ideas in one organization, bringing those viewpoints together forms a firm basis. A cascade of future issues affecting design, building, and long-term lab use will almost surely result from failing to include a diverse stakeholder group at project launch and in early design decisions.
Essential Laboratory Design Considerations
A successful laboratory design brings together safety, workflow, equipment, storage, ventilation, utilities, and flexibility. Before finalising the laboratory layout, consider the following factors to ensure the space supports efficient day-to-day operations and future requirements. Santech Labs provides turnkey laboratory setup solutions, helping businesses and institutions plan and implement customised laboratory spaces with the right furniture, equipment, storage, and essential infrastructure.
| Laboratory Design Factor | What to Consider | Why It Matters |
|---|---|---|
| Laboratory Layout | Workstations, equipment placement, walkways, emergency exits, and workflow | Improves movement, safety, and operational efficiency |
| Laboratory Furniture | Workbenches, cabinets, storage units, ergonomic workspaces, and durable materials | Provides a practical and long-lasting working environment |
| Lab Storage Cabinets | Chemical storage, laboratory storage cabinets, shelving, and secure storage | Keeps materials organised while improving safety and space utilisation |
| Laboratory Equipment | Equipment dimensions, weight, power, heat output, utilities, and service access | Helps prevent layout problems and supports efficient equipment operation |
| Laboratory Fume Hood | Fume hood type, location, exhaust, HVAC, airflow, and required controls | Supports safe handling of hazardous fumes and effective containment |
| Electrical & Plumbing | Power outlets, water supply, drainage, gases, and other utility connections | Ensures essential services are available where required |
| Ventilation & HVAC | Air changes, temperature control, pressure relationships, and exhaust requirements | Helps maintain a suitable and safe laboratory environment |
| Safety & Accessibility | Clear aisles, emergency routes, access points, and safety equipment | Supports safe movement and emergency response |
| Future Expansion | Modular furniture, flexible layouts, additional equipment, and storage capacity | Allows the laboratory to adapt without extensive renovation |
| Stakeholder Requirements | Input from researchers, laboratory managers, safety teams, engineers, and facility managers | Ensures the final design meets operational and technical requirements |
The Bottom Line
A successful laboratory design should be flexible enough to adapt to changing technologies, workflows, and equipment requirements without requiring extensive renovations. Incorporating movable casework, modular partitions, adaptable engineering solutions, and well-planned laboratory furniture can help create a safer, more efficient, and future-ready workspace.
As one of the trusted modular lab furniture manufacturers in India, Santech Labs provides customised laboratory furniture and turnkey solutions for laboratory design, renovation, and modernisation projects. Our high-performance Modular Lab Furniture can be tailored to your facility’s specific requirements, helping improve workflow, storage, safety, and long-term flexibility.