LinMot Tubular Linear Servo Motors Review: Specs, Price and Applications
Updated: 4 days ago
LinMot tubular linear servo motors produce direct linear motion using a matched stator, slider and servo drive. The current portfolio separates motor families and continuous versus maximum force. The motor is a component of an axis: payload guidance, mounting and machine controls must be selected for the actual mechanism.
Quick Verdict
Consider tubular direct drive when a programmable linear cycle benefits from removing a rotary transmission. Match stroke, continuous force, transient force and thermal duty within one selected configuration. The original 2 m/2700 N overview is not one motor’s simultaneous rating.
LinMot Tubular Linear Servo Motors at a Glance
Specification | Details |
Architecture | Tubular direct-drive linear servo |
Current P01-48 overview | 1710 mm maximum stroke; 1020 N maximum and 340 N sustained force |
Current P10-70 overview | 1450 mm maximum stroke; 2720 N maximum and 890 N sustained force |
Important boundary | Family figures require selected stator/slider and thermal conditions |
Axis components | Compatible drive, guidance, feedback and mounting as required |
Environment | Standard, stainless and other special variants are separate choices |
Price | Request a quote for matched motor/slider and complete axis scope |
Design and Engineering Assessment
A peak force figure cannot define repeated cycle capability. Use the load force, acceleration, dwell and thermal path to calculate the selected motor’s duty. Match the exact slider/stator pairing and permitted stroke.
Removing a ballscrew or belt removes that transmission’s backlash and wear mechanisms. Guide friction, payload compliance, structural vibration and feedback error remain. Define useful position and settling at the actual process point.
The original listing’s repeatability statement describes an application scope, not guaranteed positioning accuracy for every assembled axis. Motor feedback, guides, thermal behavior and the fixture determine the machine result.
Build the Complete Linear Axis
Specify moving mass, side loads, mounting alignment, guide arrangement and travel limits. The motor must not be used as an unlimited structural guide for an overhung payload.
Match drive current/voltage, feedback, power supply and host interface. Include cable routing and any vertical load compensation or holding functions.
Validate the Motion Recipe
Commission direction, scaling, commutation/reference and limits with the actual drive. Run loaded warm cycles at the required acceleration and dwell.
Measure process-point repeatability and settling, then retain motor/slider identity and tuning. A different slider length or force variant can change both mechanical and control requirements.
Applications and Selection
Programmable industrial linear axes with defined guidance, cycle forces and compatible LinMot drive integration.
For LinMot Tubular Linear Servo Motors, define the actual machine duty before selecting an ordering configuration. Include the required operating point, available installation space, environment and control interfaces. The specification table describes the product or family; the surrounding machine determines which of those features matters for the intended job.
Price and Value
Request a quote for the matched stator/slider, drive, cables, power supply and required guides or mounting. Include the load/cycle and intended host interface.
Compare against a rotary motor/transmission using the same useful travel, cycle and process-point performance. Direct drive changes integration and maintenance scope rather than eliminating every axis component.
Pros and Cons
Advantages
Direct programmable linear force
Several explicit motor/force families
Standard and special-environment options
Limitations
Peak and sustained force are different limits
Guide and structural performance remain axis-level work
Actual stroke depends on selected motor/slider pairing
Who Should Consider LinMot Tubular Linear Servo Motors?
Consider LinMot Tubular Linear Servo Motors for programmable industrial linear axes with defined guidance, cycle forces and compatible LinMot drive integration. Establish the required operating point and installation interfaces before choosing the configuration, and use a representative loaded cycle as the acceptance basis.
LinMot Tubular Linear Servo Motors FAQ
Can 2720 N be applied continuously?
No. The current P10-70 overview separately identifies 890 N sustained force; exact conditions still govern.
Is the longest stroke combined with the highest force?
Not automatically. Select one actual motor/slider configuration.
Does direct drive remove every positioning error?
No. Guides, feedback, structure, load and temperature still matter.
Is the motor a complete guided stage?
Not by itself. Confirm the required guidance and mounting components.
Does the family repeatability claim equal machine accuracy?
No. Establish the actual process-point performance.
Can standard and stainless variants share every environmental rating?
No. Use the selected variant’s documentation.
What should acceptance measure?
Loaded warm cycles, temperatures, process-point position/settling and required fault recovery.
What belongs in a quote?
Motor/slider pairing, stroke, force/cycle, drive, guides, cables and environmental requirements.
Prices are indicative and may change. Confirm the final configuration, commercial terms and delivery schedule before ordering.
