无框力矩电机凭借高转矩密度、低齿槽转矩、中空走线灵活集成等优势，已成为人形机器人关节、协作机器人、精密光电转台等领域的主流驱动方案。随着行业需求快速增长，行业竞争的核心正从纸面设计参数转向实际制造工艺能力 —— 同款设计图纸，不同工厂产出的电机，转矩波动可能相差数倍，差距根源就在工艺管控。
无框电机去掉了传统电机的外壳、轴承与端盖，仅保留定子与转子核心组件，这也把散热、对中、电磁兼容的压力全部转移到制造端。定子绕线的均匀性、转子磁钢的粘贴精度、灌封的内部密实度、出厂的动平衡与对中精度，每一道工序都直接影响最终性能。传统手工及半自动装配模式下，绕线张力不均、磁钢定位偏差、灌封残留气泡等问题频发，导致齿槽转矩超标、振动噪音大，成为规模化量产的核心瓶颈。
久巨无框力矩电机自动装配线，针对四大核心工序打造全流程自动化解决方案。绕线工位搭载高精度张力控制器与精密排线机构，稳定控制漆包线排布一致性，减少磁场畸变；转子磁钢装配集成视觉定位、微量精密点胶与伺服压合系统，配合极性三重校验机制，保障磁钢位置精度与极性准确；灌封工位采用分步真空脱泡与阶梯升温固化工艺，减少绕组深处隐蔽气泡，保障导热与绝缘性能；末端配套动平衡校正、气隙对中检测与全项电气性能测试，全工序参数可追溯。
通过自动化设备替代人工经验，将微米级装配精度固化为可控的工艺参数，能够有效稳定产品性能一致性，助力无框力矩电机突破量产瓶颈，支撑人形机器人等高端装备产业的快速发展。
又是一年月圆时至，秋风送桂香，阖家庆团圆。在浓浓的中秋氛围中，久巨始终坚守智造初心，企业每一份成长与收获，都离不开全体同事的勤恳付出与同心并肩。
时光缓缓流淌，岁月镌刻成长。为感谢全体伙伴一路并肩同行，传递公司人文关怀，久巨 7‑9 月员工集体生日会温情如约而至。
金秋送爽，月满中秋。为增进会员企业交流，凝聚行业发展合力，深圳市音响行业协会中秋会员联谊会于 9 月 18 日在会员单位深圳盛佳丽电子圆满举办。
The shipping area outside the workshop was a hive of activity. After multiple rounds of full-machine commissioning, simulated mass-production validation, and factory quality inspection, a Jiuju DC motor automatic assembly line completed all factory-out procedures, was loaded onto trucks on schedule, and is about to depart for the customer's production base, helping the customer's project advance production implementation on plan.
While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
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A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
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Axial-flux motors offer significant performance advantages, but mass production requires overcoming three major challenges: air gap precision, thermal management, and cost consistency. This article analyzes the root causes and solutions for each of these challenges.
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Robotic joints require high torque, compact size, and light weight; axial flux motors offer unique advantages in scenarios with limited axial space. This article analyzes their suitability and the challenges involved.
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