Laboratory Cleaning

In a lab, cleaning isn’t just about looking tidy - it’s about protecting the work happening inside. When you’re dealing with sensitive equipment, chemicals, or live experiments, even a small lapse in hygiene can throw off results or put people at risk.

That’s why lab environments need a different approach to cleaning. It’s not about rushing in with a mop and bucket. It’s about knowing how the space works, understanding the protocols, and working in a way that fits around the science - not against it.

We’ve been supporting scientific teams across Cambridge for years, including some high-containment labs. What makes it work? Clear communication, trained staff, and flexibility. Some areas need daily touchpoint cleaning. Others need scheduled decontamination. Floors, air vents, shared spaces - it all adds up.

And it’s not just about the lab itself. Offices, corridors, washrooms - all of those play a role in the overall safety of the site. We take care of those, too.

We work closely with lab managers to figure out the right schedule, the right timing, and the right products. Everything’s planned around testing schedules and access restrictions, so research doesn’t get interrupted.

Trinity Harper Cleaning has over a decade of experience working with high-containment laboratories, including Class 2 risk areas. Our trained teams follow detailed cleaning protocols, using approved methods and products to ensure safe and compliant environments. Services include:

• Daily lab cleaning
• Touchpoint sanitisation
• Decontamination cleans
• Floor polishing and maintenance
• Office and communal space support

Over time, we’ve learned that trust is the most important part of this work. You need to know the people in your space understand what’s at stake. That’s something we take seriously. Our long-standing partnerships with institutions like the University of Cambridge Department of Genetics are a testament to our reliability and specialised knowledge.

Running a lab or research facility and need cleaning you can depend on? Let’s talk.