SMARTWIN CKM200 Series: The Ultimate Powerhouse for Ultra-Heavy-Duty Precision Scenarios

SMARTWIN CKM200 Series: The Ultimate Powerhouse for Ultra-Heavy-Duty Precision Scenarios

In the field of industrial automation, when motion systems need to balance high thrust and high precision, the requirements for drive components become extremely stringent. The CKM200 Series iron-core linear motors from SMARTWIN Intelligent Manufacturing are precisely engineered for this purpose. They perfectly integrate powerful power output with precise control, making them the ideal solution for heavy-duty equipment to achieve high-precision motion.

As the flagship model among the five variants (covering 030 to 200) in the CKM Series, the CKM200 is accurately tailored for ultra-heavy-duty requirements: its mover length ranges from 364mm to 700mm, with a width of 221mm (a heavy-duty grade specification). The peak continuous thrust can reach 4827N, and the peak thrust soars to 12806N, perfectly handling extreme load conditions. The supporting MKM200 Series stators are also available in two length specifications (L168/L252), forming a perfect combination with the mover to ensure the overall performance of the system.

Based on mature iron-core technology and optimized for heavy loads, the CKM200 Series boasts outstanding core advantages:

· High Thrust: Capable of outputting continuous and powerful thrust, easily driving heavy loads to meet the power demands of large-scale equipment.

· Ultra-Low Cogging Force: Through optimized design, the cogging effect during motor operation is greatly reduced, ensuring smooth, quiet motion without jitter.

· High Rigidity: With a robust structure, it can withstand large external impact forces and load torques, guaranteeing long-term operational stability and reliability.

 These characteristics make the CKM200 Series particularly outstanding in applications requiring large thrust, high dynamic performance, and precise positioning.

        Its extreme heavy-duty performance enables the CKM200 Series to demonstrate significant value in high-demand scenarios:

In the ultra-heavy-duty handling scenario of new energy battery pole pieces, the strong continuous thrust can stably lift entire rolls of pole pieces or large battery cell modules. The high-rigidity structure eliminates deformation and jitter during handling, directly reducing material waste in subsequent lamination and packaging processes;

In the field of large-scale laser precision cutting, its low back EMF characteristic ensures stable and high-speed operation of the laser cutting head. When cutting thick carbon steel materials, precise trajectory control can significantly improve the roughness of the cutting edge, while its ultra-large peak thrust ensures fast response of the cutting head under heavy-load conditions;

In heavy-duty positioning platforms and heavy-load automated production lines, the wide-size specification of the CKM200 can be perfectly adapted to large-scale racks. The standardized installation interface allows integration without major modifications. The continuous and stable thrust output can drive heavy-duty executive components to operate efficiently for a long time. The direct-drive structure, which has no mechanical wear, extends the production line maintenance cycle by more than twice.

      From the perspective of product design logic, the CKM200 Series is an in-depth insight and ultimate implementation of ultra-heavy-duty precision requirements. Compared with traditional hydraulic or ball screw drive solutions, the direct-drive structure of the CKM200 completely eliminates mechanical backlash and leakage risks, not only improving positioning accuracy and operational stability but also reducing long-term operation and maintenance costs. Compared with other models in the same series, its heavy-duty exclusive parameters make it the core support for high-end equipment in fields such as new energy and heavy manufacturing. For enterprises deploying ultra-heavy-duty precision manufacturing, the CKM200 is by no means a mere power component, but a key engine to enhance the core competitiveness of equipment and promote production line upgrading.