CHARACTERISTICS OFTHEDIRECTDRIVE TECHNOLOGY
Faster: Standard speed 2m/s, up to 7m/s. Standard acceleration 1G, up to 5G90-degree reciprocating positioning can easily reach 1200 times/min
More accurate: True "zero backlash" and "full closed loop", easily reach μm-level accuracy Linear standard repeatability ±2μm, up to ±0.1μm and above Rotating standard repeatability ±3 arc seconds, up to ±1 arc second
More stable: "zero transmission chain", no mechanical friction, 365 days maintenance-free, long-term accuracy
Farther: unlimited travel, up to 10 meters or more
Linear motor performance
Repeatability: ±0.5-±1μm.
Module absolute accuracy: ≤10μm/500mm (original factory accuracy).
Maximum length 6M, accept customization of special module length customization.
Single-axis multi-motor motion.
High-speed motion: rated speed 3m/s; peak speed 5m/s.
High acceleration: Depending on the actual application load, it is easy to reach high acceleration of 2G and above.
Module using
3C Automation
Single-axis multi-motor
Extra-long stroke
Loading and unloading/carrying functional components
High-precision loading
The FSKH 60 linear motor long-stroke actuator module is an efficient and reliable actuator designed
specifically for industrial automation. It utilizes a linear motor drive and is suitable for long-distance,
precision push-pull operations. Its key advantages include a stroke of over 1000mm, a load capacity
ranging from 452N to 11,370N, and a maximum speed of 2m/s, making it ideal for high-precision
applications such as material handling and equipment assembly.
Stroke Characteristics: Supports long-stroke actuator motion with a flexible stroke range (similar
products range from 50 to 1400mm), optimizing space utilization and smooth motion.
Load Capacity: Rugged construction ensures high load capacity, compatibility with various industrial
environments, and reduced maintenance requirements.
Applications: Commonly used in automated testing equipment, production line robotics, or optical
instruments, providing long-term, reliable operation. The module offers optional integrated motor
solutions, such as ball screws or synchronous belt drives, for enhanced versatility. Its fully enclosed
design (including a dust cover) enhances durability and ensures long-term stable output in harsh
operating conditions.
Basic Parameters
Drive Type: X-axis linear motor (transverse linear motor) with a high-voltage driver chip (peak 10V) and
programmable waveform output.
Travel Range: Ultra-long 60m design, with segmented magnetic tracks for stability.
Structure: U-shaped slot linear motor architecture, with a fixed magnetic track as the secondary and a
thrust coil motion assembly as the primary.
Performance Features: High dynamic response: Start-stop time <5ms, adjustable acceleration from 0-
2m/s².
Positioning Accuracy: Equipped with closed-loop feedback from a linear encoder, repeatability ±0.01mm.
Load Capacity: Maximum thrust 3000N, compatible with standard hydraulic actuator interfaces (DYZW).
Applications: Long-axis positioning in large CNC machining centers; Linear conveyor modules for
logistics sorting systems; Track drive for photovoltaic panel cleaning robots.
Core Features
Extreme-Long Stroke Design: Utilizing a modular tubular linear motor architecture, a single module
offers an effective stroke of 60 meters, and supports seamless expansion with multiple modules.
Intelligent Drive System: Integrated 10V high-voltage driver IC, delivering ≤5ms dynamic response, and
supporting eight programmable vibration modes, including sinusoidal and trapezoidal.
High-Precision Guidance System: U-shaped dual-track magnetic circuit with composite epoxy actuators,
standard with 0.1μm resolution linear encoder (±0.01mm repeatability).
Technical Parameters Performance Specifications
Thrust Output: 1200N (continuous) / 1500N (peak instantaneous)
Operating Speed: 3m/s (fully closed-loop encoder feedback control)
Environmental Adaptability: IP54 protection rating / -10°C to 50°C wide operating temperature range.
Typical Applications: Vacuum transfer of LCD panels (meets Class 100 cleanliness requirements); Power
battery pole piece winding (thrust ripple controlled within ±1%); Precision Laser Processing (dual-axis
synchronous error compensation <20μm).
Technical Advantage Comparison
Key Specifications Traditional ball screw solution, innovative FSKH 60 solution
Maintenance requirements: Regular lubrication and maintenance; Fully sealed, maintenance-free design
Dynamic performance: 0.5G acceleration limit, 2G rapid acceleration and deceleration capability
System scalability: Mechanical segmented splicing; Unlimited electrification expansion
The FSKH 60 linear motor long-stroke actuator module is a drive device based on linear motor technol
ogy. Its core principle is to convert electrical energy directly into linear motion without the need for
intermediate conversion mechanisms such as leadscrews or gears, resulting in high-precision, high-
speed, and long-stroke control. This module typically integrates an actuator design, providing stable
thrust output and is suitable for applications requiring linear push and pull motions. Key features
include ultra-high load capacity (up to hundreds of kilograms), ultra-high speed (up to 10 m/s), ultra-
long stroke (customizable lengths up to 60 meters), and micron-level repeatability (±0.05 mm), making
it a highly effective solution for industrial automation.
The FSKH 60 module is widely used in various applications:
Automated production lines: For example, in the packaging and handling of FPD liquid crystal panels,
the module's long stroke and high speed (up to 10 m/s) enable efficient transfer of large panels, impro
ving production efficiency and safety.
Glass Manufacturing: Used in glass cutting, grinding, and assembly, its high payload (800 kg) and
precision control (±5 μm) ensure product quality and production stability.
Medical Testing Equipment: The module provides precise linear motion (such as probe positioning) with
a travel range of several meters, ensuring accurate and repeatable test results.
Smart Manufacturing Workshop Inspection: As part of a truss system, the module supports long travel
ranges (over 26 meters) and multi-axis collaboration, making it suitable for material handling, position
ing, and monitoring tasks in automated production lines.
Spraying Machinery: In industries such as automotive manufacturing, the module's high-precision posi
tioning and smooth motion improve spray uniformity, reduce overspray, and enhance efficiency while
reducing maintenance costs.
Furthermore, the module's modular design facilitates integration into complex systems (such as Carte
sian robots), enabling rapid customization and expansion. Its energy-saving and low-maintenance
advantages are further driving its adoption in industries such as electronics, new energy, and automotive
manufacturing.
