Flexible welding fixture platform

Flexible welding fixture platform

Three dimensional: represents three directions. Generally, fixtures are vertical and horizontal without any vertical direction. The platform has two directions on the surface, and the four edges can be used for vertical installation, thus achieving a three-dimensional combination.

Hole system: The main feature of this fixture is that from the platform to the accessories, there are standard holes without traditional threads or T-shaped grooves. With the help of locking pins, assembly becomes convenient and positioning is accurate.

Combination: Because all attachments are pre made, they can be combined and adjusted according to the needs of the product.

Flexibility: Due to the aforementioned functions, the entire equipment can be adjusted according to product changes, and a set of fixtures can meet the needs of several or dozens of products, thereby accelerating the process of product trial production and saving a lot of manpower, material resources, and financial resources (environmentally friendly and low-carbon products).

Welding: This product is a universal fixture designed specifically for the manufacturing of welding products; It is convenient and flexible for welding, and has many advantages over traditional welding methods.

With the continuous development of industry, 3D flexible welding platforms have been widely used in equipment manufacturing and welding processing industries, changing the traditional clamping and positioning methods in industry and promoting the emergence of many new process methods.

The main functions of the flexible welding fixture platform are as follows:

1. Accurate positioning and clamping can reduce or even eliminate cutting and marking work. Reducing the dimensional deviation of the product has improved the accuracy and replaceability of the parts.

2. Preventing and reducing welding deformation.

3. By placing the workpiece at the welding site, the formability of the weld seam is good, the process defects are significantly reduced, and the welding speed is improved.

4. The use of mechanical devices has replaced the heavy work of positioning, clamping, and workpiece flipping during manual assembly of parts, improving the working conditions for workers.

5. The scope of application of expandable process methods, the comprehensive development of mechanization and automation in the production of welding structures.