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BLT Equipment Enables Engineering Validation of Jutai Times' RAE Series Aluminum Alloys
2026-05-14
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Impact score: 59
Jutai Times, in collaboration with Professor Chen Zhe's team at Shanghai Jiao Tong University, has proposed a "deformable eutectic nanoframework" (DT-ENS) design strategy, successfully developing Al-Er-based high-strength and tough aluminum alloys such as RAE600 and RAE700. Under laser powder bed fusion conditions, the material achieves a porosity below 0.05%, yield strength of 648-707 MPa, and elongation of 7.0%-10.3%, demonstrating excellent synergy between strength and ductility. During the engineering validation phase, BLT's BLT-S210 equipment, with its high process stability, helped the team rapidly lock in optimal parameters, while the BLT-S450 ensured density and performance consistency in large-scale component batch production. Currently, RAE600/700 materials have been successfully printed and validated on complex components such as robot legs and satellite brackets, with global multi-regional patent portfolios in place.
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铂力特装备助力聚塔时代RAE系列铝合金实现工程化验证
聚塔时代联合上海交通大学陈哲教授团队，提出“可变形共晶纳米骨架”（DT-ENS）设计策略，成功开发出RAE600、RAE700等牌号Al-Er基高强韧铝合金。该材料在激光粉末床熔融条件下，孔隙率低于0.05%，屈服强度达648-707 MPa，延伸率7.0%-10.3%，实现了强度与塑性的良好协同。在工程验证阶段，铂力特的BLT-S210设备凭借高工艺稳定性助力团队快速锁定最优参数，BLT-S450设备则确保了大尺寸构件批量化生产的致密度与性能一致性。目前，RAE600/700材料已在机器人腿部、卫星支架等复杂构件上完成打印验证，并完成了全球多区域的专利布局。