Automatic Laser Chuck For Pipe Laser Cutting 124mm

Company Profile:

Linkman Machinery Technology (Changzhou) Co., Ltd. was established on June 8, 2020 and has passed ISO9001:2015 quality management system certification. It is an enterprise that focuses on R&D, production and sales of various power clamps and chucks for laser pipe cutting machines, pneumatic chucks, electric chucks, hydraulic chucks, digital chucks and other power chucks. The company will create a 4,000-square-meter production base. It is estimated that 20 million yuan will be invested in production and processing equipment, plant construction and raw material costs within 2 to 3 years. The company has a professional technical R&D team and innovative R&D and design capabilities.

Product Description:

The product is specially designed for laser tube cutting equipment. The product itself can be used as an independent rotating spindle, with a chuck that can firmly clamp the work-piece while rotating. Fast clamping and loosening actions can be achieved through the side rotating air intake, and the air source has to be disconnected to work.

The product outputs by using a cylinder directly, the mechanical efficiency is high, the energy loss is small, the output clamping force is large, and the clamping force is stable. Because the cylinder is used to clamp the workpiece directly, the working stroke of the cylinder is the working stroke of the chuck, and the clamping range is wide. The cylinder is used for outputting directly, the output force and the air pressure are in linear proportion, which makes it easy to achieve software control. The chuck has a simple structure, few elements and components, light weight, low failure rate, stable performance, small moment of inertia and low energy consumption.The axial dimension of the chuck is small, and the cost for achieving zero tailings is lower.

The product is designed as a square middle hole. Compared with a round hole chuck, the size of square tube is increased and the scope of use is expanded.

Product Parameters: