LCK precision planetary right-angle gearboxes represent a flexible, reliable and cost-effective solution for machines that require a very compact layout. The output design in line with market standards ensures great compatibility for easy retrofits and a high level of freedom in projects development.
The SL series features a compact design optimized for timing belt pulley drive systems. This series represents the most suitable solution for belt servo-drives conveyors and all other applications requiring positioning accuracy, an ultra-compact size and high radial load capacity. The output design compatible with market standards allows easy retrofits and a high level of freedom in projects development.
The TQ series scores in each performance category: high torque density, high overload capacity, exceptional precision and low vibration. TQ is particularly suited for the highly demanding requirements of servo systems, such as fast dynamics and frequent reverse motion, precise position, motion control and high numbers of starts and stops.
Using an integrated solution, rather than a traditional gearhead/motor combination, the BMS series offers revolutionary space-saving machine design, a wider range of options and a higher performance due to the synergies between permanent magnets, synchronous motors and precision planetary gearboxes technologies. With very reliable tested features, the customer has the flexibility to select three types of performance with an excellent combination variants low overspeed, medium overspeed and high overspeed. All these variants have been designed to optimize the output needed with the benefits of supreme compactness, highest torque / input speed and optimization of drive size. These excellent benefits are achieved using 5 gearboxes sizes and 14 motors in combination with 3 types of Yarn Winding machines. Excellence and reliability allow continuous duty to run your application safely.
The MP series is characterized by a wide range of torque, multiple sizes, great modularity due to multiple design configurations, wide ratios range, two backlash classes and different optimized lubrications ensuring high reliability and the most fitting response to different applications requirements.
The TQF series features a standardized compact flange interface for an easy installation. High tilting moment, high stiffness and overload capacity characterize this robust gearbox within its product category.
The TQ series scores in each performance category: high torque density, high overload capacity, exceptional precision and low vibration. TQ is particularly suited for the highly demanding requirements of servo systems, such as fast dynamics and frequent reverse motion, precise position, motion control and high numbers of starts and stops.
The TQFE series combines exceptional compactness with a standardized fl ange interface, ensuring a quick and easy mounting suitable for a wide variety of applications. With TQFE it is possible to have high levels of performance and precision at an optimum value-price ratio.
The MPE series offers a cost-effective solution for applications that require medium levels of positioning accuracy. It offers high flexibility in terms of sizes, ratios and mounting configurations for a variety of applications requirements. The output design in line with market standards ensures great compatibility for easy retrofits and a high level of freedom in projects development.
The TQFEK series offers optimized performance and features at an optimum price-performance ratio. An exceptionally compact and standardized flange interface combined with optimal positioning accuracy make it suitable for a wide range of industrial applications. Its right angle-design allows even more compactness for space-saving layouts.
The MPEK series offers medium levels of performance and position accuracy at a competitive value-price ratio. The output design in line with market standards ensures great compatibility for easy retrofi ts and a high level of freedom in projects development. Its right angle-design allows more compactness for space-saving layouts.
