AM 400
AM 400
Designed and built specifically for inert particulate filtration, the AM 400 is the premium extraction solution for the additive manufacturing industry.
It offers benefits to users in direct metal laser sintering and selective laser melting polymer applications.
Is this the system for you?
Let our knowledgeable team support you in choosing the most appropriate system for your requirements.


We offer a range of accessories for many of our units
Please refer to our accessories page for further information and then get in touch with our experts to define exactly what you need.

Key features of the AM 400

Intelligent Operating System (iQ)

DeepPleat DUO pre-filter

Automatic flow control (AFC) Technology

Reverse flow air (RFA) technology

Patented technology

Low leakage
This unit is very low leakage:
<33ml/min @-10mBar.
Limits argon loss.
Limits oxygen ingress.

Electronics lift assist
This unit has electronic lift assist for ease of housing installation and disassembly.
Electronic actuator which lifts the housing by 100mm, using the buttons on the front panel.
Lifts up to seal against the tri-clamp fittings.

Removable filter housing
This unit has a removable and isolatable filter housing element. This keeps the contents securely under inert conditions during transport.
Double seal arrangement which results in:
<15ml/min @-10mBar loss.
Limits argon loss.
Limits oxygen ingress.
Ergonomic height.
Robust and ruggedised castors.
DeepPleat DUO, patent protected drop-out chamber.

ProTECT service plan

SureCHECK quality standard
Technical specification
Reverse flow filter technology
Standard
F8 particulate filter
Standard
Realtime gasflow reading
Standard
Filter status warnings
Standard
Automatic flow control
Standard
High contrast display
Standard
Remote diagnostics via USB
Standard
Interfacing
Standard
Removable filter housing
Standard
Isolation valve
Standard
Electronic lift assist
Standard
Low leakage
Standard
Tri-clamp inlet & outlet connections
Standard
Upgrade to HEPA filter
Optional
Datasheet correct at time of publishing. For specific applications, please contact us for details.