cpc Linear Motors and Linear Motor Stages
cpc Linear Motors and Linear Motor Stages
Chieftek Precision cpc offers distinct ironless and iron-core linear-motor components and assembled linear-stage families. The supplied broad listing should be selected as a defined motor or stage configuration rather than a single product with every family capability.
Review Summary
The cpc range is useful for an engineered direct-drive axis when the complete mechanism, motor, feedback and drive are selected together. Separate motor components from a prepared stage; thrust, travel, payload and accuracy must come from the chosen assembly and its installed duty.
Product distinction Separate ironless/iron-core motor components and configured linear-stage families CLS example Manufacturer describes ironless motors, aluminum sliders and optical feedback in CLS stages Precision configuration CLS manufacturer information distinguishes Normal, High and customized Precision grades System requirements Compatible servo drive, feedback, power and motion controller must be specified Selection basis Exact travel, thrust duty, load/moment and mounting arrangement govern Scope limit No universal family payload, accuracy or speed is assigned here Applications and Industries
Integration into industrial automation systems; application depends on the selected configuration
Industrial automation
Request a quote for the exact configuration,quantity and delivery schedule.
| Product distinction | Separate ironless/iron-core motor components and configured linear-stage families |
| CLS example | Manufacturer describes ironless motors, aluminum sliders and optical feedback in CLS stages |
| Precision configuration | CLS manufacturer information distinguishes Normal, High and customized Precision grades |
| System requirements | Compatible servo drive, feedback, power and motion controller must be specified |
| Selection basis | Exact travel, thrust duty, load/moment and mounting arrangement govern |
| Scope limit | No universal family payload, accuracy or speed is assigned here |






















