Pneumatic-Hydraulic stamping machines

Pneumatic-hydraulic stamping machines are suitable for markings that require large forces. These are available as complete systems with C-hoop frames or as built-in units for transfer lines and rotary indexing systems.

Pneumatic-hydraulic stamping machines work entirely with compressed air. The short stamping stroke is built up by the hydraulic pressure booster integrated in the cylinder. The fast stroke allows a large range for workpiece heights. The level of noise is low and never exceeds 75 dB(A).

Our Pneumatic-Hydraulic stamping machines

Pneumatic-Hydraulic stamping machine PHP 80 with numbering head and two-hand safety control

How do pneumatic-hydraulic marking machines work?

Pneumatic-hydraulic marking machines combine compressed air and hydraulic power-transmission technology to efficiently generate high marking forces.
The stroke is generated by a compact cylinder with an integrated pressure intensifier. This design enables short marking cycles with a low noise level of less than 75 dB(A).

  • Advantage: Wide tolerances for workpiece heights thanks to rapid rapid stroke
  • Applications: Marking of steel, aluminium and other plastically deformable materials

For which applications is PHP marking suitable?

Pneumatic-hydraulic marking machines are particularly suitable for industrial applications requiring high marking force in a compact design:

  • Integration into production lines and transfer lines
  • Use as an built-in unit for existing systems
  • Marking of different character heights

What advantages do pneumatic-hydraulic marking machines from BORRIES offer?

  1. High performance: Marking forces of up to 159 kN at 10 bar
  2. Flexibility: Can be used as a complete system or as an built-in unit
  3. Technical precision: Consistent marking at variable font heights
  4. Low noise level: <75 dB(A)
  5. Robustness: Suitable for demanding industrial production

Contact us for a personalised consultation or a no-obligation quote for our pneumo-hydraulic marking machines.