Mechanical micro-machining

ULTIMATE DUO

The unique advanced mechanical micromachining solution

Micromachining on both sides of a workpiece in one operation

The ULTIMATE DUO is an innovative, fully-automated, 4 axis micro machining center for high speed drilling and milling of micro components (max. part size 80 x 80 x 10 mm). The innovation lies in the fact that it is now possible to machine a workpiece on both sides in a single operation. The miniaturization concept of the ULTIMATE allows to integrate up to two 4 axis machining centers OR milling centers into one modular work cell. The ULTIMATE is designed to offer:

  • High stiffness
  • High dynamic
  • High productivity
  • High accuracy
  • Floor space reduction
  • Low power consumption
Technical data

The ULTIMATE DUO machine

  • Increases the productivity by up to 300%
  • Machining on both sides of the socket in one operation
  • Increases the tool life by up to 200%
  • Floor space saving of 80%
  • Electrical energy savings of 80% or more
  • Minimal temperature influence due to 80% less power consumption
  • Dry process
  • Fully automated solution
  • Tool magazine capacity of 120 toolholders

Advanced µ-machining of test sockets with ULTIMATE DUO

In the electronics testing industry, the ULTIMATE DUO demonstrates outstanding capabilities in the micromachine of test sockets:

  • Milling of round holes Ø 300 μm with pitch 350 μm in Torlon and Vespel material, thickness 500 μm and CT 0.6 sec
  • Countersunk step hole Ø 3.0 mm depth 1 mm and Ø 2.5 mm depth 0.8 mm in Torlon material
  • Step holes Ø 400 μm down to 650 μm with pitch 750 μm and through holes Ø 200 μm depth 650 μm in Vespel material
Ultimate machine

Our ULTIMATE Micromachining machine

Want to take advantage of ULTIMATE
µ-machining?

The unique advanced mechanical micromachining solution to drill and mill on both sides of a workpiece in one operation.

Access advanced technologies

Electrical Discharge Machining - EDM

With the Electro-Erosion μ-machining - EDM technology, material is removed from a workpiece by current discharges between electrode and anode.

FEMTOsecond LASER

The FEMTOsecond LASER μ-machining technology consists of ultra-short pulses that hit the workpiece to vaporize a small amount of material.

Mechanical Micromachining

Mechanical μ-machining technology enables highly detailed shapes and removes material of a workpiece with miniature wearable tools.