On October 19, the National Bureau of Statistics released industrial data for the first three quarters: 3D printing equipment output rose 62.5% year on year, faster than the 39.5% growth for lithium-ion batteries and 29.1% for industrial robots. In early October, BLT announced a planned investment of about 1 billion yuan to build a high-end metal additive manufacturing industrial base in Taicang, Jiangsu; the announcement stated the goal is to increase market share in civilian applications. In mid-to-late October, Han's Laser, in an investor relations event, ranked consumer electronics ahead of aerospace, while Farsoon Technologies' more than 40 equipment models correspond to more than 40 materials.
Civilian applications already have concrete data on cycle times and yields: in the first half of this year, BLT achieved scaled delivery in consumer electronics. The hinge of a certain foldable phone is made by metal 3D printing, with a wing plate wall as thin as 0.15 mm; a single batch produces 300 parts in 25 hours, with a yield above 98%. Han's Laser's red-light and green-light metal 3D printing equipment can print highly reflective materials such as pure copper and copper alloys; green light raises copper's absorption rate from about 5% to about 40%, making integrated forming of pure-copper microchannel cold plates feasible. Farsoon Technologies' half-year report disclosed that it has developed more than 40 equipment models, supported by more than 40 dedicated materials and processes.
Equipment output statistics count units shipped in the year, but it is the installed base that drives ongoing demand for powder, build plates, recoater blades, filters, and process support. BLT's Taicang base is planned as a large-scale metal additive digital workshop and an automated equipment assembly plant, targeting complex parts and assemblies for high-end precision manufacturing; in Longwan, Wenzhou, metal 3D printing companies have already taken orders for liquid-cooling heat-dissipation components for computing-power servers, producing about 1,000 parts per month. Monthly salaries for additive process engineers are concentrated at 12,000 to 35,000 yuan, with responsibilities spanning five areas: DFAM review, orientation and support, parameters and simulation, powder and equipment status management, and post-processing and inspection.
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3D 打印产量涨 62.5%,缺敢批量用的人
国家统计局十月十九日发布前三季度工业数据,3D 打印设备产量同比增长 62.5%,增速快于锂离子电池的 39.5% 和工业机器人的 29.1%。十月初,铂力特公告拟投资约 10 亿元在江苏太仓建设金属增材高端制造产业基地,公告写明目的是提高民用领域市场占有率。十月中下旬,大族激光在投资者关系活动中把消费电子排在航空航天之前,华曙高科的四十余款设备对应四十余款材料。
民用场景的节拍与良率已有具体数据:铂力特今年上半年在消费电子领域实现规模化交付,某款折叠屏手机铰链由金属 3D 打印制造,翼板壁厚薄至 0.15 毫米,单批次 25 小时量产 300 件,良品率超过 98%。大族激光的红光、绿光金属 3D 打印设备可打印纯铜、铜合金等高反射率材料,绿光把铜的吸收率从约 5% 提到约 40%,纯铜微通道冷板的一体化成形由此可行。华曙高科半年报披露已开发四十余款设备,配套四十余款专用材料及工艺。
设备产量统计的是当年出厂台数,保有量决定的才是粉末、基板、刮刀、滤芯与工艺支持的持续需求。铂力特太仓基地规划规模化金属增材数字车间和设备自动化装配工厂,面向高端精密制造的复杂零件与组件;温州龙湾已有金属 3D 打印企业承接算力服务器液冷散热工件订单,月产约千件。增材工艺工程师月薪集中在 1.2 万至 3.5 万元,职责覆盖 DFAM 评审、摆放与支撑、参数与仿真、粉末与设备状态管理、后处理与检测五段。