Exquisitely designed and highly flexible, featuring high speed and precision; boasts high transmission accuracy and low noise levels; equipped with advanced features such as velocity lookahead, optimal acceleration control, and vibration suppression; supports multiple communication protocols and is simple and easy to use.
Exquisitely designed and highly flexible, featuring high speed and precision; boasts high transmission accuracy and low noise levels; equipped with advanced features such as velocity lookahead, optimal acceleration control, and vibration suppression; supports multiple communication protocols and is simple and easy to use.
Exquisitely designed and highly flexible, featuring high speed and precision; boasts high transmission accuracy and low noise levels; equipped with advanced features such as velocity lookahead, optimal acceleration control, and vibration suppression; supports multiple communication protocols and is simple and easy to use.
It features a compact structural design, enabling flexible operation even in confined workspaces. It boasts high repeat positioning accuracy, stable performance, and fast operating speed. It supports multiple bus communication protocols, comes with built-in I/O and air lines, and offers collision detection and soft floating functions. It is widely used in industries such as metalworking and automotive parts manufacturing.
A specific rod length ratio meets the requirements of bending processes; modular design enables rapid tool changes; no need to elevate the bending machine or excavate pits; supports both bottom-probing and non-bottom-probing bending methods, while also accommodating higher stacking heights; a dedicated bending function package reduces debugging complexity and is compatible with mainstream bending machine systems; a specialized simulation software, STEPStudio, enhances pre- and post-sales operational efficiency.
High-order dynamics algorithm for faster and more stable operation; robot lightweight design to minimize interference zones; repeat positioning accuracy: ±0.06 mm—high precision without sacrificing speed; compact base design helps reduce the footprint; modular design simplifies maintenance and repair.
The reachable workspace measures 3,200 mm, offering broader applicability. The robot features a streamlined design that minimizes the interference zone. Its repeat positioning accuracy is ±0.06 mm—high precision without sacrificing speed. The compact base design helps reduce the overall footprint. A modular design simplifies maintenance and repairs.
High-order dynamics algorithm for faster and more stable operation; robot lightweight design to minimize interference zones; repeat positioning accuracy: ±0.06 mm—high precision without sacrificing speed; compact base design helps reduce the footprint; modular design simplifies maintenance and repair.
Compact structure, low energy consumption, and high handling capacity; standard arm reach of 2400mm, small footprint, and stacking height of 1.5m; built-in air lines and IO cables for greater ease of use.
With a streamlined structure and low energy consumption, this system leverages a precise dynamic model and integer-based input technology to fully maximize motor efficiency, significantly increase operating speed, and ensure smooth operation.