Fine Mechanics  Manufacturers, Traders, Suppliers

Some of the most exciting scientific projects of our time require accuracy and precision in mechanical machining, which until a few years ago did not seem feasible. Precision can be achieved directly on the milling machine without the possibility of manual reworking such as grinding, lapping or polishing. REUTER TECHNOLOGIE is your partner not only for the production and joining of ultra-precision components, but also for their high-precision measurement. These services are characterized by high demands on shape tolerances and surface qualities.
Established networks such as Euspen (European Society for precision engineering and nanotechnology) demonstrate the importance of ultra-precision for both basic research and industry, in prototype and series production.
Consistent investments in modern, flexible machinery and highly qualified employees create the conditions for production at a high qualitative and economic level.

The following production technologies are available to us:

• CNC Turning
• 5-axis CNC milling
• Surface treatments
• Laser inscriptions

In addition to the production of ultra-precision components, high-precision measurement is crucial.

• CNC-cutter

* CNC-cutter
Material strength
sheet steel up to 4,0mm thick and 2,5m long
aluminum up to 4,0mm thick and 2,5m long
high grade steel up to 3,0mm thick and 2,5m long
copper or brass up to 2,0mm thick and 2,5m long    

• CNC-laser-cutter

max. processing size: 3000x1500mm
accuracy of cut: +/ 0,1mm Material
Strength: sheet steel up to 15,0mm thick and 2,5m long
high grade steel up to 9,0mm thick and 2,5m long    

• CNC-punching:

max. processing size: 2500x1250mm
Material Strength:
sheet Steel up to 6,0mm thick and 2,5m long
aluminum up to 6,0mm thick and 2,5m long
high-grade steel up to 4,0mm thick and 2,5m long
copper or brass up to 4.0mm thick and 2,5m long    

• CNC-folder:

max. folding length: 3000mm
max. compressive force: 100t
complicated folding sequences are possible
high quantity of pieces through robotic folding