Material processing

Drilling centre

Designed for the serial machining of mechanical components, operating as a fully automated unit within the line. A robot or manipulator with a double gripper ensures a smooth material flow between operations.

Fast tool changes via HSK and Weldon holders, indexable insert drills as standard, high-pressure cooling through the tool and a Siemens control system for precise, stable operation.

Key benefits

• double-sided drilling capability
• high drilling performance using indexable insert tools
• precise feed via ball screw with preloaded nut
• continuous monitoring of tool load and wear

Deburring

Removes the burrs created during cutting, ensuring high quality for subsequent operations. Suitable for solid and profile material and easy to integrate into automated lines. Two main types are available:

• ORBITAL — single- or double-sided deburring of bar and profile material of various diameters, shapes and lengths;
• through-feed system — continuous double-sided deburring of tubes as the material passes through the brushes.

Key benefits

• thorough deburring of solid and profile material
• high processing performance
• adjustable deburring intensity
• full automation capability

Machining / end processing

Fully automated end processing of material — chamfering, centre drilling and face levelling. The machining head is designed according to the required end geometry.

The robust design covers the full size range of material cut on our machines. The workpiece length is set by a precise ball screw with servo drive; both heads run on preloaded, backlash-free linear guides.

Key benefits

• double-sided chamfering or drilling
• fully automated operation
• robust and durable design

Demagnetisation

Removes the residual magnetism that may occur during handling, cutting or due to external influences. Residual magnetism can disrupt subsequent automated operations and cause chips to stick to surfaces; demagnetisation ensures clean material and reliable downstream processing.

Key benefits

• removal of residual magnetism
• clean workpieces without chip adhesion
• elimination of issues in automated handling and processing

Part marking systems

Permanent marking via dot peen or laser engraving, plus temporary inkjet marking. Each part is clearly identified throughout subsequent processes, improving traceability. Data such as length, diameter, profile type or customer-specific information can be marked.

Key benefits

• dot peen or laser marking (including QR codes)
• unique identification of each workpiece
• direct transfer of production data onto parts
• support for full production traceability