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The K..CMP.. helical-bevel servo gearmotors combine CMP.. series synchronous servomotor technology with reliable helical-bevel gear units, covering a wide range of industrial applications. They leverage the dynamics of CMP.. motors and the high power density of helical-bevel gear units, delivering robust performance and long durability. With high efficiency, they ensure precise power delivery and adapt to various system architectures. These gearmotors support torque outputs ranging from 80 Nm to 8000 Nm, offering excellent flexibility in operation. They can accurately implement diverse industrial applications, meeting the high-precision and high-performance requirements of different scenarios.
A wide range of applications can be covered by the combination of this servo motor and a robust helical-bevel gear unit. Leverage the dynamics of the CMP.. motors and the power density of the helical-bevel gear unit for optimal performance.
K..CMP.. Helical-Bevel Servo Gearmotors
Efficient helical-bevel servo gearmotors suitable for diverse application scenarios. Our K..CMP.. helical-bevel servo gearmotors integrate the servo technology of the CMP.. synchronous servo motor series with the proven helical-bevel gear units.
The powerful, high-dynamic servo motors from the CMP.. modular motor system ensure precise power delivery. The proven helical-bevel gear unit of the K series delivers robust performance and long-term durability, while boasting an exceptionally high level of efficiency—applicable in both torque directions and at all input speeds.
As a result, you can implement a wide range of applications with high precision using the K..CMP.. helical-bevel servo gearmotors. They support torque outputs ranging from 80 Nm to 8000 Nm, enabling flexible operation of your systems.
The S..CMP.. helical-worm servo gearmotors are practical multi-functional drives, featuring consistent power delivery, precise dynamics and smooth operation. As space-saving angular drives, they offer a torque range of 92 Nm to 520 Nm, reducing the need for valuable installation space. Designed for low-noise, low-vibration operation, they have excellent damping properties, preventing torque impulses via longitudinal force application on the input shaft. Based on a modular system, they support fully customized configuration for specific applications, serving as ideal solutions for meeting specialized requirements.
The F..CMP.. parallel-shaft helical servo gearmotors feature high performance and a compact design, ideal for applications requiring precision, dynamic response, and space efficiency. They are specifically designed for material handling and process engineering systems that need compact drives. With powerful performance, high precision, and torque ranging from 130 Nm to 7840 Nm, they offer seven sizes from the CMP.. modular motor system for customized configuration. The F-series parallel-shaft helical gear unit ensures precise implementation of complex requirements, with consistent performance, seamless adaptation to any system architecture, and high efficiency.
The R..CMP.. series helical servo gearmotors feature a modular system with endless variant options, allowing customized drive solutions tailored to specific task needs. Equipped with a practical configuration tool, they are ideal for compact applications requiring high precision, enabling optimal implementation of complex processes with high performance and efficiency. Supported by a wide range of accessories, they offer great flexibility in planning and installation, saving valuable space—especially suitable for lightweight system constructions. With powerful torques ranging from 50 Nm to 6000 Nm, they deliver genuine power and precise dynamics for diverse application demands.
The BS.F..CMP.. series helical-bevel servo gearmotors deliver consistent high performance for precision-driven processes, featuring accurate scalability, precise performance and high dynamics. They integrate force and precision into a compact, versatile unit with optimal assembly options. With a high-endurance gearing design, they maintain low rotational clearances throughout their service life and come in six sizes to suit applications needing high torque and precision. Crafted with high-quality materials and precision tooth elements, they are robust, low-maintenance, and perform even better when paired with CMP.. synchronous servomotors, ensuring process safety, efficiency and profitability.
The PS.F.. and PS.C..CMP.. series planetary servo gearmotors are compact, offering precision, optimal scalability and suitable torques for complex production processes. Featuring low backlash, they boast high power density, efficiency and flexibility. Composed of powerful planetary gear units and CMP.. series synchronous servomotors, they ensure low rotational clearances, high torsional rigidity, precise control and high dynamics, meeting demanding cycle rate requirements. With high efficiency, reliability and durability, they provide a cost-effective modular solution, with endless customizable options to fit individual application needs.
The PxG®CM3C.. planetary servo gearmotors offer a straightforward, all-in-one drive solution, combining PxG® planetary servo gear units with CM3C.. synchronous servomotors from a single source. Their compact design is enabled by a positive, separable interface, ensuring simple, dry, oil-tight assembly and a short overall length—achieved via motor and gear unit optimizations. Ideal for confined spaces, they deliver high dynamics and performance. Manufactured with advanced winding, magnet technologies and high-performance materials, they boast maximum efficiency, even significantly exceeding IE5 efficiency class requirements in some cases.
The new PxG® integrated series combines PxG® planetary gear units and CM3G.. servomotors into a highly compact, precise, and dynamic single unit. Specifically engineered for highly dynamic, precision positioning applications, its ultra-compact design features an installation length up to 40% shorter than conventional servo planetary gearmotors with motor adapters, making it suitable for applications previously requiring right-angle gear units. The compact design also ensures high torsional rigidity, low mass moment of inertia, and high overload capacity for maximum dynamic performance. High-performance materials and advanced winding/magnet technology deliver high efficiency and less heat, while acoustic optimization and precision helical planetary gear units ensure low-noise operation.
