一种连续式真空热转印系统的设计

Design of a Continuous Vacuum Heat Transfer System

针对现在真空热转印工艺中存在的加工速度慢、效果差等问题,在充分调研现有热转印技术的基础上,结合现代先进的智能加工技术,提出了连续回转式输送装置、双面同步热转印装置及连续抽真空装置三位一体的综合解决方案。通过优化设计,可达到提高生产率、改善生产环境、提升产品生产质量的效果。该设计还能适应各种形状零件的热转印加工,适应性强、应用广泛,为真空热成型领域提出了一个新的设计方向。

In view of the problems of slow processing speed and poor effect in the vacuum heat transfer printing process, based on the full investigation of the existing heat transfer printing technology, combined with the modern advanced intelligent processing technology, a comprehensive solution of the trinity of continuous rotary conveying device, double-sided synchronous heat transfer device and continuous vacuum pumping device was proposed. By optimizing the design, the productivity, production environment and product quality can be improved. The design can also adapt to the heat transfer processing of various shapes of parts. It has strong adaptability and wide application. It puts forward a new design direction for the field of vacuum thermoforming.