Custom-fitted your robotic equipment

AirClean® Systems robotic enclosures are designed to protect either the process or the operator from fumes, vapors, or particulate. A variety of sizes, construction materials and sash configurations are available to match your robotic apparatus. Operator protection enclosures utilize the AirSafe™ automatic safety controller technology. For enclosures designed to provide process protection only, the UVTect™ microprocessor controller is incorporated.

Robotic safety enclosures can be custom fitted to meet a variety of application challenges. AirClean® has enclosed many leading manufacturer’s robotic instruments. Below is a partial listing:

Horizontal laminar airflow pattern

AirSafe™ automatic safety controller
Permanent backup HEPA filter

Effectively weigh to 7 decimal places

Integral vapor-proof fluorescent lighting

No ductwork required

• AirSafe™ automatic safety controller
• Permanent backup HEPA filter
• Effectively weigh to 7 decimal places
• Integral vapor-proof fluorescent lighting
• No ductwork required

Safety Features:

• AirSafe® automatic safety controller

• Integral base with deep spill lip

• No ductwork required

• No installation required - plugs directly into a standard 110V or 220V electrical outlet

• Clear polycarbonate shell for 360° visibility

• Wide range of bonded activated carbon and HEPA filters for containment of virtually any toxic vapor, fume, gas, or particulate

• Integral vapor-proof fluorescent lighting

• Constant monitoring of fume hood face velocity with variable airflow control to user preset value

• Encloses equipment while retaining full operator access

• UVTect® microprocessor controller

• UV and fluorescent lights

• Seamless plastic design -no joints or gaps in construction

• Lab event timer

• HEPA filtration for capture of particulates to 0.3 microns in size

• Horizontal sliding access doors for equipment manipulation

• Gas phase bonded carbon filtration

Options:

• ULPA filter
• Multiple sash or door configurations available