创新模具,拓展折弯加工新领域
陇博智能科技有限公司对其折弯机下模具进行了***升级。升级后的下模具在结构上更加合理,下模成型体与下模座之间采用了新型的连接方式,连接更加紧密,稳定性更高。下模成型体的表面采用了特殊的涂层处理,不仅模具的耐磨性,还能有效防止工件在折弯过程中出现划伤现象。在应用方面,这款下模具适用于多种材料的折弯加工,包括不锈钢、铝合金等。在实际生产中,使用升级后的下模具,产品的次品率明显降低,生产效率得到***提升,为企业带来了可观的经济效益。折弯机上模具,为折弯加工开辟了新领域。这款上模具具有独特的多功能设计,通过调整刀头的角度和位置,可实现多种不同形状的折弯加工,如圆形、弧形、V形等,满足了不同行业对复杂形状工件的加工需求。上模具采用了先进的智能控制系统,能根据工件的材质、厚度等参数自动调整折弯力度和速度,实现精细加工。在航空航天、医疗器械等领域,该上模具展现出了巨大的优势,能够加工出高精度、高质量的零部件,推动了这些行业的技术进步。Longbo Intelligent Technology Co., Ltd. has carried out a comprehensive upgrade of the lower mold of its bending machine. The upgraded lower mold has a more reasonable structure. The lower mold forming body and the lower mold base adopt a new type of connection method, which is more compact and has higher stability. The surface of the lower mold forming body is treated with a special coating, which not only improves the wear resistance of the mold but also effectively prevents scratches on the workpiece during the bending process. In terms of application, this lower mold is suitable for bending processing of various materials, including stainless steel, aluminum alloy, etc. In actual production, using the upgraded lower mold, the defective rate of products has significantly decreased, and the production efficiency has been significantly improved, bringing considerable economic benefits to the enterprise. The upper mold of the bending machine has opened up a new field for bending processing. This upper mold has a unique multi-functional design. By adjusting the angle and position of the cutter head, it can achieve various different shapes of bending processing, such as circular, arc, V-shaped, etc., meeting the processing requirements of complex-shaped workpieces for different industries. The upper mold adopts an advanced intelligent control system, which can automatically adjust the bending force and speed according to the parameters of the workpiece material, thickness, etc., achieving precise processing. In the aerospace, medical equipment and other fields, this upper mold has demonstrated significant advantages, capable of processing high-precision and high-quality components, promoting the technological progress of these industries.