Mechanical power transmission with the finest wire rope systems
We develop customized wire rope systems for mechanical power transmission. With the finest wire ropes, mechanical functions for motion control, such as the mechanical control of objects and precision tools, the guiding of loads, position control, release functions and numerous other functions can be carried out reliably in the smallest of spaces, even via pulleys.
Our wire rope solutions meet the demands of a dynamic, technology-orientated world. With a deep understanding of technical challenges, we develop innovative and functional solutions for mechanical power transmission that do not yet exist - special ropes that are precisely tailored to your needs.
Wire ropes as a solution for mechanical power transmission
Many engineers and designers are looking for efficient ways to transfer mechanical energy in their projects.
Wire ropes are an often underestimated but extremely versatile solution for transmitting mechanical energy.
Why wire ropes may be the best choice for your application?
If you are developing an application where mechanical forces need to be transmitted efficiently, reliably and over long distances, wire ropes are often the optimal solution. Their low weight, flexibility and high tensile strength and load-bearing capacity make them superior to other mechanical transmission systems. Our company specialises in the development and manufacture of customised wire rope solutions for technical mechanics that are perfectly tailored to your specific requirements.
We support you from conception to realisation and offer you solutions that are not only efficient, but also economical and durable.
Advantages of wire ropes as a means of mechanical force transmission
Types of power transmission
Power transmission is a fundamental principle in engineering that is used in a variety of applications to transport energy from a source to a target. There are several main types of power transmission:
Mechanical power transmission
Mechanical power transmission uses physical elements such as gears, shafts, chains, belts or ropes. This method is particularly effective in the transmission of torques and linear forces and is used in many machines and devices. Mechanical systems offer direct, reliable and robust solutions that are crucial for applications where high precision and durability are required.
Other power transmissions
In addition to mechanical power transmission, there is also hydraulic, pneumatic and electrical power transmission, in which fluids, compressed air or electrical currents are used to transmit energy. These methods offer specialised solutions for precise control and high efficiency in specific applications such as automation, industrial systems and modern devices.
Rope solutions for technical mechanics - Selecting wire ropes for mechanical functions by application
The selection of the right wire rope depends heavily on the respective application. In medical technology and robotics, precision and miniaturization are crucial, while in mechanical engineering and automation technology, the focus is on robustness and wear resistance. The specific structure and material of the wire rope must be optimally matched to the respective requirements of the function and the environment in order to ensure long-term reliable performance.
Mechanical engineering
Application: Wire rope hoists in control and conveyor systems
Function: In mechanical engineering, wire ropes are often used for mechanical control cables. Here they connect components that need to be moved or controlled remotely, such as levers, valves or flaps. In conveyor systems, wire ropes are used for lifting, lowering or guiding loads, as they offer a high tensile load capacity in a compact design.
Robotics
Application: Rope-driven robot arms and actuators
Function: In robotics, small diameter flexible wire ropes are used for power transmission in cable driven robot arms. They allow the precise movement of joints or grippers by transmitting motion through pulleys in the smallest possible installation space. Ropes are preferred because they are significantly lighter and more flexible than rigid drive mechanisms such as gears while transmitting the same force.
Medical Technology
Application: Endoscopes, surgical instruments, cardiac catheters
Function: Wire cables are indispensable in medical technology as they enable precise and flexible control in minimally invasive instruments such as endoscopes and catheters. In minimally invasive procedures, these thin ropes (often less than 1 mm) transmit the surgeon's movements to flexible instrument tips or grippers. The high precision and flexibility of the cables are crucial to the success of the procedures.
Automation technology
Application: Conveyor technology in production plants, automatic door systems
Function: Wire ropes are used for power transmission and motion control in conveyor technology and automatic door systems. In production systems, these ropes move workpieces or machine parts from one process to the next. Their task is to function safely and reliably at high speeds and with changing movements. Wire ropes also ensure precise opening and closing in automatic doors.
Precision mechanics
Application: Microdrives, measuring instruments
Function: In precision mechanical applications such as measuring instruments or microdrives, wire ropes are used for power transmission and precise position control. They enable the transmission of the smallest movements or forces over long distances with minimal elongation and high reliability.
Other applications for ropes in engineering / mechanical engineering
- Transmission of tensile forces in very small constructions
- Transferring tensile forces using pulleys or bowden cables
- Transmission of tensile and compressive forces in bowden cables
- Converting torque (rotational motion) into tractive force using a winch
