Introduction
A laboratory is not simply a collection of furniture, equipment and workstations. It is a carefully interconnected environment where people, processes, equipment, safety and infrastructure must work together.
Yet many laboratories are designed around immediate requirements rather than long-term functionality. A decision that appears economical during construction can result in higher operating costs, workflow bottlenecks and expensive modifications later.
At ALS – Advance Labs Scientific, we believe that good laboratory design begins with understanding how the laboratory will actually work.
Here are seven common mistakes that can impact laboratory efficiency and cost.
1. Designing the Laboratory Before Understanding the Workflow
One of the most common mistakes is starting with the available space and deciding where furniture and equipment should fit.
The better approach is to start with the workflow.
Consider:
- Where do samples enter?
- Where are they processed?
- How do materials move?
- Where does testing take place?
- Where are samples stored?
- How do personnel move between areas?
- Where are waste and hazardous materials handled?
2. Choosing Equipment Before Planning the Infrastructure
Equipment selection and laboratory infrastructure are closely connected.
A large analytical instrument may require specific:
- Electrical requirements
- HVAC conditions
- Water or drainage
- Gas connections
- Exhaust
- Network connectivity
- Floor loading
- Clearance for operation and maintenance
If these requirements are considered too late, modifications can become expensive.
3. Not Planning for Future Expansion
Laboratories rarely remain exactly as they were on day one.
Businesses grow. Testing requirements change. New instruments are introduced. Teams expand.
A laboratory designed with no room for future requirements may require significant modification later.
Future-ready planning could include:
- Additional electrical capacity
- Modular furniture
- Flexible workspaces
- Adequate utility provisions
- Expansion zones
- Space for additional equipment
Design today with tomorrow in mind.
4. Treating Safety as an Add-On
Safety should never be something that is “added later.”
It needs to be integrated into the design from the beginning.
Depending on the laboratory, planning may need to consider:
- Emergency exits
- Fire safety
- Fume extraction
- Chemical storage
- Emergency showers and eyewash stations
- Biosafety requirements
- Waste management
- Ventilation
- Hazardous material segregation
Safety by design is far more effective than safety by correction.
5. Working With Multiple Vendors Without a Central Coordinator
A laboratory project may involve furniture, instruments, HVAC, electrical work, plumbing, gases, civil work, safety systems and multiple specialist suppliers.
When every vendor works independently, coordination gaps can lead to:
- Installation delays
- Interface problems
- Rework
- Conflicting requirements
- Increased project costs
- Responsibility gaps
This is where a turnkey laboratory partner can add significant value.
A single partner can coordinate multiple requirements and ensure that the different components work together as one integrated laboratory solution.
The ALS Approach: Think Beyond the Laboratory
A successful laboratory is not defined by how impressive it looks on completion.
It is defined by how efficiently it performs every day.
At ALS – Advance Labs Scientific, our approach focuses on understanding the complete requirement — from laboratory consultation and planning to equipment, infrastructure, execution and after-sales support.
We believe in designing laboratories that are:
Efficient. Safe. Flexible. Future-ready.
Don’t just build a laboratory. Build a better way of working.
Looking to design or upgrade your laboratory?
Connect with ALS to discuss your requirements and explore a solution designed around your workflow, applications and future needs.