The 2-DOF high-speed parallel robot is tailored for the planar handling and assembly of light materials. It does not require vision and relies on sensor positioning to complete planar operations.

The 2-DOF high-speed parallel robot is tailored for the planar handling and assembly of light materials. It does not require vision and relies on sensor positioning to complete planar operations.

The 2-DOF high-speed parallel robot is tailored for the planar handling and assembly of light materials. It does not require vision and relies on sensor positioning to complete planar operations.

Designed specifically for the planar handling and assembly of heavy-duty materials, this 2-degree-of-freedom high-speed parallel robot eliminates the need for vision systems and completes planar tasks solely through sensor-based positioning.

The 2-DOF high-speed parallel robot is tailored for the planar handling and assembly of light materials. It does not require vision and relies on sensor positioning to complete planar operations.

The classic high-speed parallel robot configuration has the functional characteristics of translation along the XYZ axes in three-dimensional space and rotation around the Z axis. By matching with a high-precision machine vision system, it is suitable for high-speed production operations in the food, medicine and other industries. It is mainly used for the assembly, handling and sorting of light and small scattered materials.

This classic high-speed parallel robot configuration features translational movement along the three-dimensional XYZ axes and rotation around the Z-axis. Combined with a high-precision machine vision system, it is suitable for high-speed production operations in industries such as food and pharmaceuticals, primarily used for the assembly, handling, and sorting of small, lightweight, and irregularly shaped materials.

This classic high-speed parallel robot configuration features translational movement along the three-dimensional XYZ axes and rotation around the Z-axis. Combined with a high-precision machine vision system, it is suitable for high-speed production operations in industries such as food and pharmaceuticals, primarily used for the assembly, handling, and sorting of small, lightweight, and irregularly shaped materials.

This classic high-speed parallel robot configuration features translational movement along the three-dimensional XYZ axes and rotation around the Z-axis. Combined with a high-precision machine vision system, it is suitable for high-speed production operations in industries such as food and pharmaceuticals, primarily used for the assembly, handling, and sorting of small, lightweight, and irregularly shaped materials.