Lab sinks and service fixtures are the built-in utilities of a laboratory bench, including the sinks, taps, gas points, power outlets, and drainage that supply the water, services, and waste handling that lab work depends on.
What is Lab Sink & Service Fixtures?
Lab sinks and service fixtures are the components that bring essential utilities to the workstation. A lab sink provides a chemical-resistant basin for washing, rinsing, and waste disposal, while service fixtures are the taps, valves, and outlets that deliver water, gas, vacuum, or electricity exactly where they are needed at the bench.
These elements are built into bench and modular systems and made from corrosion-resistant materials, because they are in constant contact with water, chemicals, and frequent use. Together they turn a plain work surface into a fully serviced laboratory workstation.
Why It Matters
Most lab work needs more than a flat surface. It needs water for washing and rinsing, drainage for waste, and often gas, vacuum, or power right at the bench. Without proper sinks and fixtures, these tasks become awkward, inefficient, or unsafe.
Lab sinks and service fixtures help by:
- Providing water and drainage for washing, rinsing, and waste
- Delivering gas, vacuum, or power directly at the workstation
- Resisting corrosion from chemicals and constant moisture
- Keeping utilities organised and safely integrated into the bench
- Supporting efficient, self-contained laboratory workflows
They are what make a bench a complete, working laboratory station.
Where It Is Used
Lab sinks and service fixtures are used in:
- Chemistry, research, and teaching labs
- Clinical, diagnostic, and pathology labs
- Pharmaceutical and chemical facilities
- Food, beverage, and environmental testing labs
- Any laboratory needing water, gas, or services at the bench
Almost every wet or services-dependent lab relies on them.
Types & Configurations
Lab sinks and fixtures come in several forms:
- Lab sinks – chemical-resistant basins in materials such as epoxy resin, polypropylene, or stainless steel.
- Water taps and fittings – including swan-neck and remote-controlled taps for lab use.
- Gas and vacuum fixtures – valves and outlets supplying gas, air, or vacuum at the bench.
- Power outlets – electrical points integrated safely into the bench or shelf frame.
- Drainage fittings – chemical-resistant drip cups, traps, and waste connections.
Materials and types are chosen to resist the specific chemicals and conditions of the lab.
How to Choose
When selecting lab sinks and service fixtures, consider:
- Chemicals involved – select sink and fixture materials that resist them.
- Services required – identify whether you need water, gas, vacuum, or power at the bench.
- Sink size and type – match the basin to your washing and waste needs.
- Tap and fitting type – choose taps suited to lab use and the tasks performed.
- Drainage – ensure chemical-resistant, properly connected waste handling.
- Integration – confirm the fixtures fit your bench or modular system.
Well-chosen sinks and fixtures make the bench safe, serviced, and efficient to work at.
Frequently Asked Questions
What material are lab sinks made from?
Common materials include epoxy resin, polypropylene, and stainless steel, all chosen for resistance to chemicals and constant moisture.
What are service fixtures on a lab bench?
They are the taps, valves, and outlets that supply water, gas, vacuum, or electricity at the workstation.
Can power outlets be built into a lab bench?
Yes. Power outlets are commonly integrated into the bench or an overhead shelf frame, positioned safely for lab use.
Why do lab sinks need special materials?
Because they are in constant contact with chemicals and water, lab sinks use corrosion-resistant materials that ordinary sinks don’t require.
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