Developer and supplier of wire rope solutions for robotics and automation

1. Concept Development: We analyze your requirements and develop creative, practical solutions.
2. Design and Process Optimization: Using state-of-the-art CAD systems, our engineers create 3D models that optimally balance functionality and manufacturability.
3. Prototyping and Validation: Functional prototypes are tested under real-world conditions to ensure the final systems are efficient and reliable.
4. Mass Production and Quality Assurance: Certified processes and strict controls guarantee consistently high product quality.
5. Sustainability and Recycling: Our products are high-performance, environmentally friendly, and recyclable—for long-term resource conservation.

In our in-house rope-making facility, we manufacture wire ropes and strands from various materials and, when necessary, combine them with high-modulus fiber ropes to create custom rope systems. 

These are precisely tailored to the requirements of each specific application—from mechanical function to the desired assembly and integration into the overall system. 

The combination of rope manufacturing, assembly, and technical consulting enables us to create tailor-made solutions for complex mechanical applications in robotics and automation.

In many technical applications, ropes are used to efficiently transmit motion and force. Pulley systems allow motion sequences to be achieved even over long distances or through complex geometries.

In addition to traditional wire ropes, high-modulus fiber ropes offer significant advantages:

• very low weight
• high flexibility
• excellent resistance to repeated bending
• long service life even with small deflection radii

Compared to rigid drive mechanisms, rope systems often enable a significantly more flexible and space-saving design.

• Material variety Wire ropes made of stainless steel and high-strength steels, as well as high-modulus fiber ropes such as Dyneema, aramid, or Vectran—tailored to the specific application and its mechanical requirements.
• Rope constructions Various rope constructions for optimal flexibility, load-bearing capacity, and service life in dynamic and static applications.
• Mechanical properties Reliable power transmission even during complex motion sequences, high cycle counts, and demanding installation situations.
• Fiber ropes – application-specific design High-modulus fiber ropes require a targeted design in terms of assembly, pre-tensioning, and elongation behavior to ensure optimal performance within the overall system.

• Assembly Custom end fittings and connecting elements for ready-to-install cable solutions.
• System Integration Ready-to-install cable systems enable efficient integration into robotic systems, automated equipment, and other technical applications.
• Our Commitment High precision and reliable performance - from cable manufacturing to the finished system solution.