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.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.