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These new apps, like our WPM APP, Standard Parts APP, 3D CAD APP offers you a mobile support that you can carry in your pocket. Standard Parts and all the additional features, PDF online catalogues, 3D CAD files, FIBRO web shop connection and much more.


safety apps




Standards in high-tech perfection, Standard parts are used as standardised products in tool construction, mould making and mechanical engineering. FIBRO standard parts mean ultimate precision. We are a global market leader working closely with our customers offering high availability, rapid delivery times, a first-class service and an outstanding price/performance ratio. The Standard Parts business unit is located at the FIBRO factories in Hassmersheim and Weinsberg in Germany. This is where an extensive range of standard parts are produced, stored and shipped worldwide – including just-in-time. The product range for tool construction, mould making and mechanical engineering includes die sets, guide elements, low-maintenance oil-less guide elements, precision parts such as punches and matrices, compression springs, high-safety gas springs, metal forming materials, metal-bonding adhesives and casting resins, peripheral equipment for presses and tools, tool slide units with spline, roller or hydraulic drives and standard parts for mould making.
Read More Read LessAn important factor in the consistently high quality of our standard parts production is ongoing quality testing – from the raw material up to the finished product. We can achieve increased service lives, in particular on wear parts, such as punches, which allow our customers to benefit in the form of noticeable cost savings. Precision is the be-all and end-all for us. This applies to all elements of a tool. After all, the function of a tool is determined by the quality of its individual parts. FIBRO standard parts are synonymous with ultimate precision and reliability in tool manufacture, mould making and mechanical engineering. And that’s something experienced engineers really value.


Check the authenticity of your FIBRO gas springs with the gas spring authenticity application.

For your safety: Protection against product and brand piracy FIBRO gas springs are high quality and durable products. For years, they have been equipped with technical and safety- related features that have been developed and patented in-house. However, we are increasingly confronted with the problem of product piracy. In the Far East, our products are replicated as cheap plagiarism, which – at least visually – can hardly be distinguished from the original.

Whether the safety of a FIBRO gas spring is guaranteed, then proves only in the work process, which can easily go with the plagiarism. The follow-up costs for man and machine are not foreseeable. To check if the product you have purchased is an original FIBRO gas spring, enter the serial number printed on the cylinder tube in the FIBRO Safety App.


In the individuell FIBRO online portal, we have CAD files, 2D or 3D CAD drawings and partsgroups in the most common CAD file formats available. The only thing you have to do, to use those convenient tools, is to sign in with your own login. At the click of a mouse, 3D geometries and 2D views, data of configurable parts and entire assemblies are available at any time for direct download or e-mail. And because time is precious too, the fast full-text search helps to find the part you want in no time at all.


The WPM system monitors temperature and pressure in gas springs. It consists of a data part and a sensor, which transmit wireless data to any designated Windows-based system. Custom software analyses the data and initializes the necessary process control and pre-emptive maintenance steps accordingly. FIBRO, with the WPM system for the fourth industrial revolution, provides a product and technology that supports concepts of intelligent processes and networked machines/tools.

  • Around-the-clock monitoring and documentation
  • Early warning signalling prevents the production of unacceptable parts.
  • Pre-emptive wear detection and targeted troubleshooting
  • Prevention of downtime and secondary failures
  • Minimisation of leakage points
  • Streamlined construction and assembly
  • Optimised maintenance intervals and reduction of maintenance and repair costs