A carbon fiber composite mechanical arm molding method

Abstract

The present invention is a method for molding a mechanical arm of carbon fiber composite material. The method adopts carbon fiber reinforced double-horse resin composite material to form a mechanical arm. The advantage is that it not only has the advantages of light weight, high strength, and high Repeated use avoids some potential safety hazards of manual operation, which helps to accelerate the automated production of products and promote the rapid development of industrial production. What is more important is to get rid of dependence on product imports. Using steel female mold and steel male mold core as supporting mold, based on prepreg molding process, reducing process risk, ensuring product molding quality, and forming a carbon fiber composite material mechanical arm suitable for operation in high temperature environment, equipment Simple, low production cost, high production efficiency and low process risk.

Description

technical field [0001] The invention relates to a carbon fiber composite mechanical arm molding method, which belongs to the field of automatic operation equipment. Background technique [0002] The mechanical arm is an important part of the upper body of the robot. It is a hollow tubular square tube with a rectangular cross-section. The mechanical arm is generally made of carbon fiber composite materials. It has a series of outstanding advantages such as light weight, high strength, and high rigidity. At present, the domestic All types of carbon fiber composite manipulators used depend on imports from Japan. The cost of use is high, the transportation period is long, and follow-up problems are difficult to solve, which cannot meet actual production needs. Moreover, there are relatively few domestic studies on the forming and processing of carbon fiber composite mechanical arms. The main process methods are autoclave forming and molding-air bag forming. The pressure cannot ...

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Problems solved by technology

[0002] The mechanical arm is an important part of the upper body of the robot. It is a hollow tubular square tube with a rectangular cross-section. The mechanical arm is generally made of carbon fiber composite materials. It has a series of outstanding advantages such as light weight, high strength, and high rigidity. At present, the domestic The various types of carbon fiber composite mechanical arms used depend on imports from Japan. The cost of use is high, the transportation period is long, and subsequent problems are difficult to solve, which cannot meet actual production needs.

Moreover, there are relatively few domestic studies on the forming and processing of carbon fiber composite mechanical arms. The main process methods are autoclave forming and molding-air bag forming. The pressure cannot be accurately controlled, and the product quality cannot be guaranteed

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