Flexible automatic hot stamping system

Abstract

The invention discloses a flexible automatic hot stamping system. The flexible automatic hot stamping system comprises a mechanical arm, a material taking jig and a hot stamping machine. A self-positioning sensor of the hot stamping machine coordinates with a self-positioning sensor of an injection molding machine to achieve automatic positioning of the moving position of the hot stamping machine.The material taking jig is driven by the mechanical arm to achieve X-axis movement, Y-axis movement and Z-axis movement. The four corners of the lower portion of a base of the hot stamping machine are provided with positioning rolling wheels. A hot stamping pressing block driven by a lifting air cylinder to ascend or descend and a switching rotary table driven by a rotating air cylinder are arranged above the base. A plurality of hot stamping jigs with different specifications are arranged on the switching rotary table along the circumference in a matrix manner. According to the flexible automatic hot stamping system, the modular hot stamping machine can be moved to the position beside the corresponding injection molding machine at any time to meet the requirement for small amount of hotstamping, and existing equipment is fully utilized; by means of flexible and rapid replacing and switching of material taking chucks and the hot stamping jigs, requirements for multiple kinds of different specifications of small amount of hot stamping are achieved, and therefore the requirements for small amount and multi-order production are met.

Description

technical field [0001] The invention relates to hot stamping equipment, in particular to a flexible automatic hot stamping system. Background technique [0002] After the product is injection molded, it usually needs to be hot stamped according to customer needs. The current hot stamping technology is mainly: a. manual hot stamping or hot stamping with a separate hot stamping machine; b. hot stamping is directly used as a station on the automatic assembly line to adapt to In the traditional large order production mode. [0003] But: a. Manual hot stamping is to put the product from the box on the hot stamping fixture by manpower. The disadvantage is that the temperature of the hot stamping part is as high as 250 degrees, and the pressing is easy to be pressed by the hands. People are in a dangerous working environment, and High labor costs and low product profits; b. Traditional automated assembly line production mainly uses six-axis robots to place products on hot stamping...

AI Technical Summary

Problems solved by technology

[0003] But: a. Manual hot stamping is to put the product from the box on the hot stamping fixture by manpower. The disadvantage is that the temperature of the hot stamping part is as high as 250 degrees, and the pressing is easy to be pressed by the hands. People are in a dangerous working environment, and High labor costs and low product profits; b. Traditional automated assembly line production, mainly using six-axis robots to put products on hot stamping machines, and the disadvantages are insufficient flexibility, difficulty in moving robots, difficulty in product switching, and high costs

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