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专注于行业应用痛点，组织专家团队公关，解决行业的关键需求
绝对值编码器解决控制过程中断电丢步，精度漂移
航空拔插器：通过小电流驱动大设备，快速解锁
热处理设备：专注特殊合金 3D打印等材料的工艺
Single-turn Absolute Encode
单圈绝对值编码器
Single-turn absolute encoders assign a unique digital code to every shaft position within one revolution, providing instantaneous position data upon power-up without homing routines—critical for precision machine tools and servo systems requiring immediate operational readiness.
单圈绝对值编码器在每一转内赋予每个位置唯一的数字编码，无需上电回零即可实时输出绝对位置，是确保精密机床与伺服系统在断电重启后即刻恢复精准运行的理想选择
Pin Puller
拔插器
SMA-based Pin puller utilizes the Joule heating effect. The electrical resistance of the alloy converts the small input current directly into targeted thermal energy, triggering the martensite-to-austenite phase transition required for high-force actuation
SMA拉销利用焦耳热效应。合金的电阻将微小的输入电流直接转化为目标热能，触发马氏体向奥氏体的相变，从而实现高力值驱动
Multi-trun Absolute Encode
多圈绝对值编码器
multi-turn absolute encoders leverage advanced multi-axis magnetic encoding technology to synchronously calculate position and revolution counts via contactless magnetic sensing, eliminating mechanical gears and backup batteries to deliver maintenance-free, true absolute feedback even in high-vibration and extreme-temperature environments.
多圈绝对值编码器采用先进的多轴磁编解码技术，通过非接触式磁场感应实现位置与圈数的同步解算，彻底摒弃传统机械齿轮与备用电池，在强振动、宽温域环境下提供免维护、全行程的绝对位置反馈
Vacuum Heat Treatment
真空热处理设备
Optimizing AM & Specialty Alloys
Designed for critical alloys (Ti, Inconel) and additive manufacturing (3D printing), our vacuum process eliminates residual stresses in complex geometries without oxidation or decarburization. The pristine environment preserves surface integrity, while controlled slow cooling significantly enhances density and fatigue life—essential for high-performance aerospace components
赋能增材制造与特种材料
针对钛合金、高温合金等特种材料及3D打印构件，真空热处理可有效消除打印残余应力，防止复杂薄壁件变形。在高纯度真空环境下，工件无氧化、无脱碳，表面光洁。结合精准的慢速冷却控制，显著提升构件的致密度与疲劳强度，是航空航天精密部件不可或缺的后处理工序