PRODUCT INTRODUCTION
The self-designed high-speed flexible parallel robot is used for grabbing, which ensures that the product does not fall during high-speed grabbing and handling. It is widely used in automatic identification, sorting, sorting, handling and packing of soft bags and boxed products such as fast-moving food and meat products. The whole machine has a precise and compact structure design, few parts, easy maintenance and repair, and low maintenance cost. It occupies a small space and can be set up in a small space to improve the efficiency of site use. The control method adopts a handheld teaching device + standard control button + signal switch, which is simple to operate and convenient to manage.
WSC-ZX1000D Details
Product Details
The self-designed high-speed flexible parallel robot is used for grabbing, which ensures that the product does not fall during high-speed grabbing and handling. It is widely used in automatic identification, sorting, sorting, handling and packing of soft bags and boxed products such as fast-moving food and meat products. The whole machine has a precise and compact structure design, few parts, easy maintenance and repair, and low maintenance cost. It occupies a small space and can be set up in a small space to improve the efficiency of site use. The control method adopts a handheld teaching device + standard control button + signal switch, which is simple to operate and convenient to manage.
Fast speed: fast speed, good accuracy and easy to use.
Simple operation: Different materials can be adjusted through software to meet packaging requirements.
Integration: Can be easily integrated into mechanical equipment and production lines.
Intelligence: Intelligent vision automatic positioning and tracking, flexible grasping, automatic deviation correction.
Modularity: Modular parallel connection, quick installation, and small space occupation.
Easy maintenance: Simplify the robot structure to reduce maintenance difficulty and system cost.
Powerful functions: capable of counting, stacking and classifying materials.