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Rexroth

Bosch Rexroth, formerly Indramat, is one of the leading manufacturers of industrial automation and motion control solutions. Bosch Rexroth servomotors are widely used in industrial machines such as machine tools, robots, automated production lines and packaging machines.

These motors are typically associated with Indramat and then Bosch Rexroth drive systems, notably the DIAX, ECODRIVE, INDRADRIVE and CTRLX DRIVE ranges.

Bosch Rexroth Servomotors at E-Servo

E-Servo offers reconditioned Bosch Rexroth / Indramat servomotors, available:

• For direct supply
• On an exchange basis

These Bosch Rexroth brushless motors are intended for industrial maintenance and rapid replacement of faulty motors.

A reconditioned servomotor is often a faster solution than a repair and more cost-effective than a new motor, while guaranteeing the reliability required for industrial applications.

All motors are disassembled, reconditioned and bench tested prior to stocking. Each motor is delivered with a 12-month warranty.

E-Servo holds the RecQ label, a quality standard governing industrial reconditioning and operational traceability.

Bosch Rexroth / Indramat Servomotor Generations

Several generations of Indramat and Bosch Rexroth servomotors are still present in industrial installations:

• MAC: first generation of Indramat servomotors, widely used with DIAX systems
• MKD: permanent magnet synchronous motors associated with ECODRIVE and DIAX04 systems
• MHD: high-performance brushless motors used in many machine tools
• MSK: more recent generation of Bosch Rexroth servomotors used with INDRADRIVE systems

These various generations of Bosch Rexroth brushless motors are still widely used in industrial machines and regularly require maintenance, repair or replacement.

Reuse, Circular Economy and Sustainability

The reconditioning of Bosch Rexroth servomotors is part of a sustainability commitment, grounded in industrial equipment reuse and the circular economy.

The exchange principle allows a faulty motor to be recovered, reconditioned and returned to service. This approach:

• Extends the service life of industrial motors
• Avoids the scrapping of repairable equipment
• Reduces the use of critical raw materials such as copper, aluminium and rare earth elements