GEFERTEC, a German provider of Wire Arc Additive Manufacturing (WAAM) technology, has introduced the new arcTitan system, specifically developed for processing titanium alloys. The system combines a fully sealed inert gas environment with a plasma WAAM process, maintaining oxygen levels between 10-15 ppm in the build chamber for stable, repeatable process control. All related system components—from gas management and sensor technology to wire feeding and process parameter control—are tailored to the specific requirements of titanium alloys. The standard build size is 2000 × 700 × 1000 mm, with a maximum deposition rate of 3 kg/h, and customization is available based on customer needs. GEFERTEC states that the biggest challenge in titanium additive manufacturing is ensuring repeatable process conditions, and the arcTitan's build chamber, welding process, and auxiliary equipment are all designed specifically for this material. The system targets enterprises in the aerospace and energy sectors.
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GEFERTEC推出专为钛合金设计的WAAM系统
德国电弧增材制造(WAAM)技术提供商GEFERTEC推出新型系统arcTitan,专为满足钛合金加工要求而开发。系统将全封闭惰性气体环境与等离子体WAAM工艺相结合,构建舱内氧含量控制在10-15ppm,实现稳定可重复的过程控制。所有相关系统组件——从气体管理和传感器技术到送丝和工艺参数控制——均针对钛合金的特定要求进行了定制。标准成型尺寸2000×700×1000mm,最大沉积速率3kg/h,并可根据客户需求定制。GEFERTEC表示,钛合金增材制造最大的挑战是确保可重复的过程条件,arcTitan的构建舱、焊接工艺和辅助设备均专门针对该材料设计。该系统面向航空航天与能源领域企业。