Precision in Motion: How a Telescopic Fork is Made

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December 09, 2025
Category Connection: Telescopic Forks
Brief: Explore what sets this solution apart in an easy-to-follow presentation. In this video, you'll see how the HFTA-H-SM-130x40 series single-motor telescopic fork is manufactured for precision lightweight load handling. Watch a detailed walkthrough of its compact 130mm fork width design, high-strength components, and safety features that make it ideal for space-constrained environments.
Related Product Features:
  • Designed for lightweight loads up to 100KG with a compact 130mm fork width for optimal space utilization.
  • Features a one-piece upper fork made from high-strength plate with integral bending for superior strength and aesthetics.
  • Utilizes high-strength needle roller bearings with high precision, low resistance, and self-aligning capabilities.
  • Equipped with polymer material guide blocks made from ultra-high molecular polyethylene for wear resistance and self-lubrication.
  • Includes analyzed chain that is anti-stretch, high strength, and fatigue resistant for reliable operation.
  • One-piece center fork manufactured from high-quality steel using machining center one-piece molding for high precision.
  • Torque limiter protection with disc spring friction plate structure disconnects transmission during overload conditions.
  • Mechanical limit protection prevents the telescopic fork from being dislodged beyond its intended stroke.
FAQs:
  • What is the maximum load capacity of the HFTA-H-SM-130x40 telescopic fork?
    The telescopic fork is designed for lightweight loads of around 100KG, making it suitable for handling standard pallets in constrained spaces.
  • What types of motors can be used to drive this telescopic fork?
    The fork can be driven by either a variable frequency motor or an AC servo motor with a planetary reducer, offering flexibility in speed control and efficiency.
  • How does the telescopic fork ensure safety during operation?
    Safety is ensured through multiple protections including a torque limiter that disconnects transmission during overload, and a mechanical limit that prevents the fork from extending beyond its safe stroke.
  • What are the speed capabilities of this telescopic fork under different load conditions?
    The fork achieves a no-load maximum speed of 0-60m/min and a full-load maximum speed of 0-40m/min, with accelerations of 1m/s² and 0.5m/s² respectively.