随着新能源汽车电气化程度不断提升，无刷电机广泛应用于车载油泵、散热系统、辅助电驱等场景，市场需求持续扩容。相较于消费级、工业级产品，车用电机对装配一致性、运行可靠性与全生命周期可追溯性要求更为严苛，传统人工装配模式效率低、品质波动大，已难以满足车规级批量生产需求，自动化装配线成为行业升级的必然方向。
车用无刷电机完整装配流程涵盖转子、定子、总装、终测四大核心工段。转子段包含磁钢装配、充磁、精车、动平衡检测等工序，动平衡精度直接决定电机运行噪音与使用寿命；定子段涉及绕组绕制、焊接、绝缘检测，绕组排布均匀性直接影响电机电气性能稳定性；总装段完成轴承压装、定转子合装、端盖锁附；最终需通过全项电气性能、密封性能测试，确保成品符合车规标准。
久巨针对新能源汽车场景打造的无刷电机自动装配线，可根据产品工艺需求定制开发，支持单机与联机灵活部署，核心工序可实现无人化作业。产线覆盖转子精密加工、定子绕线整形、整机伺服合装、在线性能检测全流程，依托伺服控制系统保障压装、合装精度，规避人工操作带来的形位公差波动；配套多重防呆检测机制与全链路数据采集系统，每台电机的工艺参数、检测结果均可追溯留存，适配汽车零部件质量管控体系。相较于传统生产模式，自动化装配线在提升生产效率的同时，大幅降低人为因素导致的品质波动，是车用无刷电机实现规模化、高品质交付的核心支撑。随着车载电气化进程持续推进，适配车规标准的智能装配方案，将成为电机制造企业构筑核心竞争力的关键。
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.
Jiuju Automation integrates processes such as winding, magnet insertion, magnetization, balancing, and testing to provide complete automated motor assembly line solutions, helping customers maintain stable production and improve efficiency, backed by over 256 patents and the ISO 9001 quality management system.
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Jiuju Automation provides automated assembly solutions for drive motors in new energy vehicles, integrating key processes such as winding, magnet insertion, magnetization, and testing to ensure high efficiency, high consistency, and full traceability throughout the entire process.
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In response to the needs of the low-altitude economy and the power requirements of drones, Jiuju Automation has launched an automated production line for drone motors, improving thrust-to-weight ratio and consistency, and helping drone OEMs reduce costs through mass production.
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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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