WhatsApp:+86 18150087953 WeChat: +86 18150087953
Email：sales@cxplcmro.com
Product introduction The Okuma MIV0102A-1-B5 servo drive is a crucial component in modern industrial automation,especially in the realm of precision machining.As part of Okuma’s advanced MIV series,the MIV0102A-1-B5 is engineered to deliver outstanding performance. It serves as the bridge between the control system and the servo motor,precisely regulating the motor’s speed,torque,and position.With its advanced control…
Product Introduction The OKUMA MIV0103-1-B1(Part Number:1006-2227)is a high-performance dual-axis AC servo drive engineered by Okuma Corporation,a global leader in CNC technology.Part of the MIV inverter series,the OKUMA MIV0103-1-B1 is designed to deliver precise control for BL and PREX motors,making it an ideal choice for Okuma CNC machines like lathes and machining centers.With a dual-axis configuration…
Product Introduction The Okuma MIV0103-1-B5 L-M is a dual-axis servo drive/inverter module purpose-built for Okuma’s MIV series CNC machines.Engineered to control both spindle and axis motors,this module delivers 1.0 kW to the L-axis and 3.0 kW to the M-axis.A crucial detail:it integrates the ICB1 controller board with Type 5 ROM,ensuring compatibility with Okuma’s CNC platform.The…
Product Introduction The OKUMA MIV0104-1-B1 is a critical servo drive within Okuma’s renowned MIV Servo Drive Series,specifically engineered to provide precise and dynamic motion control for industrial automation systems.This first-generation inverter unit is a cornerstone component of Okuma’s Motion Control System(MCS),playing an essential role in coordinating the movements of both spindle motors and various axis…
Product Introduction The OKUMA MIV0202-1-B1 is a high-performance spindle drive module specifically designed for use in Okuma’s precision CNC machining centers and lathes.As part of the MIV series,this module plays a critical role in controlling the speed and torque of the spindle motor,ensuring tight tolerances and superior surface finishes in metal cutting applications. Built with…
In the field of industrial automation and precision manufacturing,servo drive technology is the key to achieving efficient operation and accurate control of equipment.As an important part of the Okuma servo drive system,the PRDU-0202-M 1006-3750 original spindle interface control board has become the core transmission control unit in CNC machine tools,robots and automated production lines…
In the field of precision manufacturing,the performance of servo motor as the core actuator of CNC machine tools directly affects the machining efficiency and product quality.Okuma PX-MAF230J-3TBwbr-A AC servo motor has become the preferred configuration for mold processing,medical equipment manufacturing and other scenarios with its unique 0.7kW power,85V three-phase power supply,300RPM low-speed and high…
In the field of precision manufacturing,the performance of the servo motor directly determines the machining accuracy and production efficiency of the equipment.As the core power unit specially designed for high-end CNC machine tools,Okuma PX-MBF250J-15TwbrB-A AC servo motor in Japan,with ER-JG-7200D high-precision encoder and original spindle interface control board,has become a benchmark configuration in the…
In the field of high-end manufacturing,the spindle drive and position control system of CNC machine tools is the core module that determines machining accuracy and efficiency.OKUMA RACK A911-3070 POS UNIT WFULL SYSTEM A9113070(HEREINAFTER REFERRED TO AS THE A911-3070 SYSTEM)HAS BECOME A STANDARD SOLUTION IN THE FIELD OF PRECISION MACHINING WITH ITS FULL-FUNCTIONAL INTEGRATION,INTELLIGENT DIAGNOSIS…
In the field of high-end CNC machine tools and automation equipment,the stability and accuracy of the servo drive system are the key factors determining the machining quality.The”set of 4″original spindle interface control board,composed of the MIV15-3-V5 servo driver and the MPS20 power module launched by OKUMA,has become the core solution for precision machining,robot joint…