Узлы & kомпоненты

Technical rendering of an assembly holder designed for installation on robot axis 1. The component features a sturdy mounting base, adjustable support arm, and circular clamp for secure attachment of robotic dresspack systems. It helps maintain proper cable routing and stability while accommodating the dynamic movements of industrial robots, contributing to improved cable protection and system reliability.

Technical rendering of an assembly holder designed for installation on robot axis 2. The component features an extended mounting arm and integrated circular clamp that provide stable support for robotic dresspack systems. Its design helps maintain controlled cable routing, minimizes mechanical stress on cables and hoses, and supports reliable operation throughout the robot's range of motion.

Technical rendering of an assembly holder designed for installation on robot axis 3. The assembly incorporates two support brackets with integrated circular clamps to securely position and guide robotic dresspacks. Its robust construction helps maintain proper cable alignment, reduce wear caused by repetitive motion, and ensure reliable cable and hose management in demanding industrial automation applications.

Technical rendering of an assembly holder designed for installation on robot axis 4. The assembly features two circular clamp elements mounted on a shared support bracket, providing secure fixation and guidance of robotic dresspacks. The design helps maintain consistent cable routing, reduces strain on cables and hoses during robot movement, and supports long-term reliability in industrial automation environments.

Technical rendering of an assembly holder designed for installation on robot axis 5. The assembly consists of a robust circular clamp housing and a matching retaining ring that securely supports robotic dresspacks during operation. Its design helps ensure stable cable guidance, minimizes movement-induced stress on cables and hoses, and contributes to reliable performance in high-dynamic robotic applications.

Technical rendering of an assembly holder designed for installation on robot axis 6. The component features multiple circular clamp elements mounted on a reinforced support structure, providing secure guidance and retention of cables and hoses along the robot arm. Its design helps maintain proper dresspack positioning, reduce mechanical stress during repetitive motion, and enhance the reliability and service life of robotic cable management systems.

Technical rendering of an assembly spring-foot designed to provide controlled parallel motion for robotic dresspack systems. The assembly incorporates a spring-loaded mechanism and dual support clamps that help absorb movement, maintain consistent cable positioning, and reduce mechanical stress on cables and hoses. Its design supports smooth operation and enhances the durability of cable management systems in dynamic robotic applications.

Technical rendering of a system support assembly designed for the BizLink LSH-line (LSH) robotic dresspack on robot axis 3. The assembly provides structural support and controlled guidance for cables and hoses, helping to maintain proper dresspack positioning throughout robot movement. Its integrated support framework reduces mechanical stress on the dresspack, improves motion stability, and contributes to reliable cable management in industrial automation applications.

Technical rendering of an assembly basket designed for robotic cable management systems. The basket provides organized guidance and support for dresspacks, helping to maintain controlled cable movement and prevent excessive bending during robot operation. Its open-frame construction allows easy installation, inspection, and maintenance while ensuring reliable cable protection in industrial automation environments.

Technical rendering of an assembly basket for robotic dresspack routing and support. The curved basket structure helps guide cables and hoses along a defined path, reducing mechanical stress and promoting consistent movement throughout the robot's working range. Its compact design is suitable for applications where controlled cable management and efficient use of installation space are required.

Technical rendering of an assembly basket engineered to support and stabilize robotic dresspacks during motion. The elevated basket design helps maintain proper cable positioning, minimizes the risk of snagging, and supports smooth movement in applications with complex robot trajectories. Its durable construction contributes to extended cable service life and reliable system performance.

Technical rendering of an assembly basket for robotic cable and hose management. The basket provides a defined routing path that helps organize dresspacks, reduce cable wear, and maintain consistent movement throughout robotic operations. Its open, curved structure supports efficient cable guidance while allowing easy access for installation and maintenance.