Thermoforming mold
The application scope of thermoforming molds: It is suitable for the thermoforming processing of various plastic products such as packaging boxes, pallets, cup LIDS, industrial parts, etc., and can also be used for the forming manufacturing of special field products such as food-grade packaging and medical device shells. The specifications of the mold and the forming dimensions can be customized according to the customer's requirements.
The main features of hot forming molds
The hot forming mold is precisely controlled by the Haas CNC machining system and paired with the Rexroth hydraulic drive device, ensuring that the mold can maintain high precision and long service life even in high-temperature and high-pressure environments, and operates stably and smoothly.
The structure design of the hot forming die is scientific and reasonable, the overall layout is compact, the performance is stable and reliable, and the operation is simple and easy to understand. No professional and complex operation training is required, and there will be no problems such as product deformation or waste generation due to temperature control deviations or uneven pressure.
Thermoforming molds have a wide range of adjustments, capable of adapting to sheet materials of different thicknesses and materials. The formed products come in various specifications, and the forming effect closely meets the design requirements, with high product quality.
The forming parameters of the thermoforming mold are adjusted by an intelligent sensing system and digital synchronous control, with low requirements for the initial form of the sheet material. The parameter Settings are precise and the adjustment is convenient. It can quickly switch the molding programs of different products to meet diverse production needs.
The hot forming mold adopts an integrated forming cavity design, ensuring a natural and smooth transition of the sheet material between heating, forming, demolding and other processes. There will be no sheet material displacement, incomplete forming, or material sticking during demolding, effectively improving production efficiency and product qualification rate.
