Heat Press Machine For Leather Gloves

Heat Press Machine For Leather Gloves

In the process of producing leather gloves, the heat press machine plays a significant role and serves as an essential auxiliary device for ironing and shaping the gloves. It works in conjunction with the glove ironing machine to make the gloves more flat and aesthetically pleasing. Simultaneously, it can compress the thickness of the gloves, facilitating packaging.

Typically, one worker is equipped with one set of heat press machine for during glove ironing process. After removing the gloves from the ironing mold, they are placed into the heat press machine. By pressing the handle, the remaining heat left during the entire ironing process and the heating temperature of the heat press machine are utilized to rapidly shape the gloves and increasing the output. For the normal length fashion leather gloves and working leather gloves, a heat press machine with a 38*38cm working table is good enough.

The temperature of the heat press machine can be set through a thermostat, with a range of 0-250 degrees Celsius. In the production of leather gloves, a temperature of 40-60 degrees is sufficient. The pressure can be adjusted through the knob at the top, and the holding pressure time can be adjusted with a timer.

The heat press machine for leather gloves brings several benefits. Firstly, it ensures the gloves achieve a flat and presentable appearance. Secondly, it helps to increase the production efficiency. Moreover, it can minimize the thickness of the gloves, allowing more gloves to be loaded in the fixed container space to reduce the transportation cost of a single pair of gloves. This is very important in the transportation and cost accounting of work leather gloves that have quite low values.

In conclusion, the heat press machine is a good tool in the production of leather gloves, contributing to their quality, efficiency, and overall appeal. Its ability to shape, compress, and control temperature and pressure makes it a valuable asset in the manufacturing process.

Click To View Working Video