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Alumess.easyloc - Clamping system for laser processing
ALUMESS.easyloc – modular clamping devices for laser marking, laser engraving and laser welding. Workpieces can leave production perfectly marked.
ALUMESS.easyloc - Fixing system for laser processing
Advantages
- Is the only prefabricated, quick-change, modular fixing system for laser marking, laser engraving and laser welding
- Can be easily installed on any equipment
- Speeds up your process so you can mark more workpieces per shift
- Is risk-free – if the system does not meet your expectations, you can simply return it for a full refund.
Pallets and clamping devices can be combined
ALUMESS.easyloc starter sets for laser processing
Our ALUMESS.easyloc sets for laser marking systems are the only universal, easy-to-use and ready-made quick-swap fixture system for laser marking applications and laser engraving.
They can be configured easily, individually and machine-specifically. The suitable docking rail is mounted on the laser marking system. The magnetic, interlocking interchangeable pallets hold the workpieces by means of universal fixing elements.
Loading the system is child’s play.
Alumess.easyloc Laser Set (inch version) in 5S foam organizer
ALUMESS.easyloc extension – clamping device set LA
- laser marking
- laser engraving
- laser welding
Technical data
- Pallet size: Height 12.7 mm
- Hole pattern: 20×20 mm
- Thread: M6
System advantages
- Simplest assembly
- Changeover in seconds
- Fixation according to contour
- Flexible combinable
Basic elements
Pallet 3618
Pallet 1818
Connection strip 180 / 360 / 540 / 720
Assembly examples ALUMESS.easyloc clamping device
Our ALUMESS.easyloc starter sets for laser processing
Inspection Arsenal® and Laser Arsenal® are registered trademarks of Phillips Precision, Inc., USA. Since 2021 we are the exclusive partner for Europe, Asia and other international sales territories
ALUMESS.easyloc - a case study
What can we do for you?
By using our products and services, our customers increase the productivity of their production by up to 100 % and at the same time significantly reduce their production costs.