Lowest torque
Highest shut-off accuracy
Ultra slim design
Ergonomic n economical
The NANOMAT - The control screwdriver with the lowest torque range on the market for your micro assemblies.
Medical technology - assembly of hearing aids or cardiac pacemakers
The watchmaking industry
The optical industry - assembly of eye- glasses - lenses - photography equipment or microscopes
Manufacture of small consumer electronics devices - Mobile phones - calculators - port- able game consoles - Laptops and tablet PC’s
Precision engineering – gauges
The NANOMAT clutch works with the tried and tested principle of a mechanical disen- gagement and shut-off clutch. This extremely accurate shut-off clutch allows torque precision of < ±3% standard deviation - which is maintained for millions of screw assemblies. When used under the correct conditions DEPRAG pneumatic screwdrivers with shut-off clutch conform with a Cmk value of ≥1.67 with ±10% tolerance in relation to 6 Sigma according to ISO 5393. In other words a Cmk value of 1.67 means that there is a failure rate of 0.6 per million screw assemblies.
- Lowest torque
- Highest shut-off accuracy
- Ultra slim design
- Ergonomic n economical
The NANOMAT - The control screwdriver with the lowest torque range on the market for your micro assemblies.
- Medical technology - assembly of hearing aids or cardiac pacemakers
- The watchmaking industry
- The optical industry - assembly of eye- glasses - lenses - photography equipment or microscopes
- Manufacture of small consumer electronics devices - Mobile phones - calculators - port- able game consoles - Laptops and tablet PC’s
- Precision engineering – gauges
The NANOMAT clutch works with the tried and tested principle of a mechanical disen- gagement and shut-off clutch. This extremely accurate shut-off clutch allows torque precision of < ±3% standard deviation - which is maintained for millions of screw assemblies. When used under the correct conditions DEPRAG pneumatic screwdrivers with shut-off clutch conform with a Cmk value of ≥1.67 with ±10% tolerance in relation to 6 Sigma according to ISO 5393. In other words a Cmk value of 1.67 means that there is a failure rate of 0.6 per million screw assemblies.
