1. Maximum safety for the user and the working environment in all nano applications, both in handling during tests and using analytical equipments.
- Containment, robusteness and efficiency. 100% efficient containment for all sample types and sizes, even in adverse external conditions.
- The use of a vertical laminar flow at low air speeds, does not generate turbulences, thus eliminating the risk of release of any nanomaterials outside.
- Air extracted to the exterior, impeding recirculation of nanomaterials in the room.
- Double air filtering system.
2. Sample properties remain unaltered since dispersion and agglomeration of the sample are avoided.
- Zero turbolence thanks to the vertical laminar flow system.
3. Energy efficiency.
Very low speed operation:
<0.2 m/s compared to the 0.35 m/s - 0.45 m/s required in other systems. 230 m3/h*m.
4. Containment robustness testing, specific to nanoparticle applications.
The requirements of standard EN 14175-3 are exceeded.
- Static and dynamic containment tests according to EN 14175-3.
- Static containment tests with Dummy according to EN 14175-3.
Tests adapted to Nano technology.
- Containment robustness tests.
- Trials of adapted procedure with Nanoparticles.
5. Multifunction.
Specific chamber to work with nanoparticles that also includes the weighing table function (up to 6 digit precision).
6. Ergonomics.
- Sash opening up to 500 mm compared to 200 mm of other types of equipments.
- Contactless motorized sash.
- Useful interior space depending on the model: 1200/1500 x 560 x 1045 mm.
7. Robustness of chamber against possible explosions.
15cm thick steel structure (sides) vs 2cm in traditional cabinets.