Semi-dense module
Maximum horizontal load: 200KG
Repeat positioning accuracy: ±0.02 mm
Customizable stroke: 50-2000mm
Contact customer service to confirm parameters and produce drawings
Technical analysis of FSKS-270 semi-enclosed precision fast wear-resistant sliding module
Core performance parameters
Load capacity: radial load ≥ 800 N, lateral load ≥ 500 N, flip torque ≥ 25 N·m, support heavy-load
high-speed motion scenes. Repeat positioning accuracy: ≤ ± 0.01 mm (full stroke), compatible with
closed-loop control to achieve micron-level positioning, adapt to precision machining needs. Running
speed: up to 4 m/s (linear motor drive solution), acceleration ≥ 2g, meeting high-speed reciprocating
operation requirements. Wear-resistant design: four-row rolling steel ball structure, friction coefficient
as low as 0.003–0.005, life ≥ 5000 km (L10 standard). Protection level: semi-enclosed dustproof structure
(IP54/IP65 optional), integrated double-lip seal or metal dust cover, balance heat dissipation and
cleanliness. Structural highlights
High-rigidity integrated base
The guide rail adopts a Gothic arched raceway design with a contact angle of 45°, a 30% increase in
lateral rigidity, and suppression of high-speed vibration .
Four-way equal-load slider (HDR structure), automatic centering capability to ensure eccentric load
stability, and support vertical installation .
Modular drive compatibility
Adapt to stepper motors, servo motors or linear motors (such as Feichuang FCL350 series), support
synchronous belt/gear rack transmission .
Reserved EtherCAT bus interface, compatible with real-time force feedback control and multi-axis collaboration .
Typical applications
Laser cutting platform: 4 m/s high-speed translation combined with ±0.01 mm accuracy to achieve
high-precision metal cutting .
Semiconductor testing equipment: Ultra-low friction coefficient ensures the smoothness of wafer
transmission, adapted to Class 10 clean environment .
Heavy-duty handling robot: Single slider bears 800 N, integrated in the high-speed handling system of
the logistics sorting line .
Technological evolution
Lightweight upgrade: Explore the carbon fiber base solution, aiming to reduce weight by 40% to improve
dynamic response .
Intelligent maintenance system: Built-in wear sensor, early warning lubrication cycle (it is recommended
to add special grease every 2000 hours).
Selection suggestion:
High-speed scenario: linear motor drive + metal dust cover (IP65) is preferred;
Heavy-load environment: dual slider parallel configuration is recommended to enhance anti-flipping
ability .
Note: The parameters are inferred based on similar products in the industry, and the specific manufactu
rer's technical documents shall prevail.
