Why invest in clamping systems?

In the age of increasing struggle to reduce manufacturing costs of mechanical components, ensuring optimum workholding inside the machine is becoming particularly important for virtually all industries. The progress in the development of machining tools, and the selection of efficient machining centres leads to exerting higher and higher machining forces on the workpiece, which in turn poses increased demands on fixture design. The solution to this problem are appropriately designed hydraulic and pneumatic clamping systems.                 

Our seventeen years of experience in designing and manufacturing of clamping systems allows us to achieve state-of-the-art machining process efficiency. Our products allow for making even the most complicated workpieces, reducing cycle time, and at the same time, increasing quality in the production process. Cycle time is minimized both through the significant reduction of the time spent on changing the clamped workpiece, improving milling parameters and in some cases even reducing amount of machining steps. This allows to significantly increase the profitability of mass production of components, which has a measurable impact on the competitiveness of our customers on the global market.


The features, and the benefits resulting from replacing traditional solutions with modern, fully-automated clamping systems include:

  • significant increase in production efficiency through reduction of the time necessary for fixing and removing the workpiece
  • eliminating human error in fixing workpieces and minimizing operating hazards
  • maintaining the highest quality and repeatability of machining, achieved through proper clamping geometry
  • accurate and repeatable adjustment of clamping force
  • precise setting of planes and angles of the workpiece
  • convenient clamping in low accessibility areas
  • excellent damping of vibrations caused by high machining parameters and difficulties in securing the workpiece

An example of maximal reduction of changeover time between 4 separate workpieces