

Alphacure Life Sciences
A clean room next door to a kitchen — and they don't hear each other.
Alphacure runs a life-sciences team that mixes regulatory work with open scientific collaboration. The fit-out had to put a clean room next door to a kitchen — and have neither tell on the other.
The challenge
We split the plate into three regulatory grades — sterile, clean, standard — separated by air-pressure gradients, acoustic isolation and finish hierarchy. The collaboration zones used lab-adjacent finishes (low VOC, wipe-down) so the boundary between work and lab read as deliberate, not awkward.
Alphacure Life Sciences specifications
- Total area
- 10,000 sq ft
- Compliance grades
- 3 (sterile / clean / standard)
- Programme
- 8 weeks
- Acoustic isolation
- STC ≥ 45 between zones
- Air-pressure gradient
- Verified at handover
Outcomes — Alphacure Life Sciences
- 01Three regulatory zones meeting independent compliance grades on one plate
- 02Acoustic and air-pressure separation verified at handover by the client's QA
- 03Eight weeks, design freeze to occupancy
Alphacure Life Sciences gallery


Alphacure Life Sciences — materials and specification
- ·Anti-microbial vinyl flooring in clean zones
- ·Low-VOC paint and laminates throughout
- ·Stainless-steel-edge laminate worktops
- ·Sealed-edge acoustic ceilings
- ·Glass partitions with double-seal gaskets
Alphacure Life Sciences team and credits
- Design lead
- ARCSPACEX (Arun)
- Project lead
- ARCSPACEX (Abhijith)
- QA validation
- Client QA team
- MEP & pressure design
- In-house · ARCSPACEX
FAQ — Alphacure Life Sciences
How were the three regulatory zones kept separate?+
By air-pressure gradients (verified at handover), acoustic isolation (STC ≥ 45), and a deliberate finish hierarchy that signals which zone you're in without signage.
Eight weeks feels short for a regulated build — how?+
Compliance constraints were locked at brief stage with client QA in the room, not after. Material specs were chosen to meet compliance and lead-time at once.

