Cleanroom Equipment.
Equipment to ISO 14644 that forms the sterile, antistatic and fully isolated backbone of chemical logistics.
The sterile, antistatic and fully isolated backbone of chemical logistics.
Every piece of equipment brought into a cleanroom must meet ISO 14644 for outgassing and particle generation. Ours forms the sterile, antistatic and fully isolated backbone of the chemical logistics chain.
Chemical Storage Cabinets Local safety cabinets with their own ventilation
Local safety cabinets with their own ventilation and leak management, in which highly reactive and corrosive chemicals are stored inside the cleanroom. Acids, alkalis and flammable solvents are kept locked away over spill sumps, and their vapour never reaches the cleanroom air.
- Containment Architecture
- Advanced FM4910 polymer construction, with a separate exhaust connection for each compartment.
- Leak Monitoring
- Seamless moulded spill sumps holding 110 % of the capacity, and acid-resistant PTFE hinges.
- Critical Applications
- Shift-based chemical storage in chip fabrication areas, and containment of aggressive sterilisation chemicals in medical laboratories.
Never in a shared air space. The cabinet is divided into fully separate cells with no passage of air or liquid between them, and each is exhausted through its own branch, so no cross-reaction is possible.
The shelf floors are perforated or grated, and beneath each is a seamless moulded polymer sump able to hold the entire liquid volume of that shelf and more. The liquid is held there and a leak sensor raises the alarm.
We use no metal hinges. Load-bearing monolithic PP injection-moulded hinges or PTFE hardware remove the risk of corrosion entirely.
Chemical Transport Trolleys ESD-safe, slosh-damped mobile platforms
Mobile platforms that secure the transfer step — the weak link in the logistics chain of any precision line — through slosh-damping hydrodynamic design and ESD safety. Chip cassettes and chemical containers move between stations without liquid surge and without electrostatic risk.
- Frame Dynamics
- A conductive carbon-filled PP body that dissipates static charge, and antistatic polyurethane wheels.
- Transport Stability
- Vibration-damping suspension and CNC-machined seats matched to the geometry of the cassette or container.
- Critical Applications
- FOUP handling on 300 mm wafer lines, and moving implants from acid bath to pure water bath in medical manufacturing.
The specially compounded polymer of the body transfers the charge immediately to the antistatic wheels. The surface resistivity is calibrated between 106 and 109 ohms/sq, so the charge flows to the earthed floor in a controlled, dissipative way.
The carrying surfaces have elastomeric pads that absorb acceleration forces. The seats are also machined to the exact geometry of the container, which limits the slosh hydrodynamically.
Yes. Their monolithic, entirely non-porous polymer surfaces take full decontamination with isopropanol (IPA) or vaporised hydrogen peroxide (VHP), and no inaccessible corner is left.
Chemical Wash Benches Local cleaning points with DI water and N₂
Cleaning points at which the tooling used on the production floor is cleaned locally without causing contamination, with ultra-pure water and nitrogen (N₂) guns integrated ergonomically. They allow the rough cleaning of quartzware, wafer tweezers and Teflon carriers.
- Sink Design
- Deep-drawn or seamlessly welded polymer bodies that leave no microbiologically inaccessible corner.
- Fluid Control
- Swan-neck PFA DI water taps, PTFE nitrogen (N₂) drying guns and hands-free foot pedal valve control.
- Critical Applications
- Chemical cleaning of quartz tubes fouled in diffusion furnace processes, and washing heavy acid residues from laboratory glassware.
The sink depth is optimised from splash analysis. Integrated slotted exhausts at the rear also draw the fine vapour and aerosol backwards before it reaches the operator.
They stop the operator touching the taps with clean or gloved hands, which removes cross-contamination, and let the part be held safely in both hands while washing.
Instead of a conventional U-trap, straight PP drain runs designed for acidic media — with a small neutralisation tank where required — carry the water away without letting it stand.
Desiccator Cabinets Hermetic micro-climate capsules with nitrogen purge
Hermetic time capsules at the summit of micro-climate management, in which ultra-sensitive products vulnerable to moisture, particles or oxygen are cut off from the outside atmosphere by an inert gas fill. Chips, biomedical materials and reference weighing samples are held below 1 % relative humidity, free of any oxidation risk.
- Micro-Climate Control
- Intelligent nitrogen (N₂) purge valves with a digital hygrometer, in a transparent, statically shielded enclosure.
- Sealing and Containment
- Stainless steel shelving and hexagonal door latches with EPDM seals for absolute tightness.
- Critical Applications
- Holding unpackaged silicon wafers away from ambient moisture in semiconductor fabrication, and storing oxidation-sensitive miniature bearings in special alloys for aerospace.
The smart purge algorithm opens the valves to a high nitrogen flow as soon as the door closes and sweeps the chamber quickly, usually within minutes. Once the target humidity is reached the valve throttles back into gas-saving mode.
No. The one-way bleeder and relief valves in the rear wall are set so the internal pressure stays only a few pascals above ambient; the surplus gas escapes safely.
The cabinet is built from ESD-safe transparent material. All the steel shelves inside are bonded to the body with conductive links and discharged to the building earth through a single external earthing cable.