LPKF ProtoMat S64 – The Standard for PCB Prototyping

• Fully automatic operation incl. automatic tool change

• Low-maintenance high-speed milling spindle

• Intuitive, integrated system software

• Camera controlled fiducial recognition and milling depth/width control

• Granite base for highest accuracy results

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The system that sets the standard for almost all in-house PCB prototyping applications: The ProtoMat S64 convinces with speed and reliability. The high-speed of the low-maintenance milling motor guarantees the production of fine structures as small as 100 μm and allows the production of multilayer boards when used in conjunction with a lamination press. Additional standard features, including dispenser and vacuum table, make the ProtoMat S64 the perfect addition to any development environment.

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Milling Spindle 60,000 RPM

The milling spindle with 60,000 RPM guarantees the shortest machining times and highest geometric accuracy. It is low-maintenance due to the new pneumatic self-cleaning function for the motor and milling depth sensor. The granite machine base also ensures consistently accurate results.

 

Automatic: Tool Change, Milling Width Adjustment, Dispensing

Up to 15 tools – more if required – can be changed automatically during the production process. Depend¬ing on the depth, the conical milling cutters generate different insulation channels. The automatic milling width adjustment ensures that the milling contour has a constant width. This shortens the set¬up time and enables operator-free performance.

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Sensors in the ProtoMat S64 ensure optimally controlled, exact milling depth and also monitor the tool change process.

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Housing parts can be machined in up to 2.5 dimensions. If required, the integrated dispenser can automatically apply solder paste to solder pads. Additional data calculation is not necessary.

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Integrated, Intuitive Operating Software

The ProtoMat system software is highly flexible and easy to use. A parameter library for different materials supports the easy machine operation. If required, the integrated process guide leads the user step by step through the machining process.

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