• Splicing Belt Module For Automation Machine
  • Splicing Belt Module For Automation Machine
  • Splicing Belt Module For Automation Machine
  • Splicing Belt Module For Automation Machine
  • video

Splicing Belt Module For Automation Machine

  • FSKT-175
Module:FSKT-175 The working principle of the semi-dense belt module mainly relies on the motor driving the driving wheel of the synchronous belt to rotate, thereby driving the slider on the synchronous belt guide to move linearly.

Maximum horizontal load 20KG

Model: FSKT-175

Semi-dense belt module

Repeat positioning accuracy: ±0.05 mm

Customizable stroke: 50-3900mm

Synchronous belt stroke: 5M-35

Synchronous belt lead: 120 mm

Maximum speed: 2000 mm/s


The working principle of the semi-dense belt module mainly relies on the motor driving the driving wheel of the synchronous belt to rotate, thereby driving the slider on the synchronous belt guide to move linearly. In this process, the material is placed on the belt and transported to the destination as the belt moves. The rollers and guide devices play a key role in this process. The rollers can support the belt and reduce its force, while the guide devices ensure that the belt always stays on the correct motion trajectory to prevent deviation and slippage.




belt module


Elevate your automated production lines with the FSKT-175, a cutting-edge belt module designed for precision and reliability. This advanced belt driven linear actuator offers superior performance, making it the ideal choice for demanding industrial applications. Experience seamless operation and enhanced efficiency with our innovative belt drive linear actuator, specifically engineered to meet the needs of modern manufacturing. When you need powerful and precise motion, our belt driven linear actuators deliver.

The advantages of the FSKT-175 automated machine splicing belt module can be summarized as follows:

  1. High Precision and Stability
    The modular design ensures positioning accuracy and synchronization during transmission, making it suitable for precision automated assembly scenarios. The contactless signal coupler (Iolink protocol) reduces failure rates and improves signal transmission reliability. This precision is a hallmark of an exceptional belt driven linear actuator.

  2. Efficient Maintenance and Durability
    Replacing traditional cam transmission mechanisms reduces the consumption of wearing parts and simplifies maintenance. The optimized structural design ensures a long-life guide rail system, making it suitable for high-intensity, continuous operation. This makes the FSKT-175 a highly dependable belt drive linear actuator.

  3. Flexible Adaptability
    Modular replacement allows for quick adjustment of workstation configurations to meet diverse production needs. Compatible with various automation equipment interfaces (such as PLC control), it facilitates integration into existing production lines. The versatility of this belt module is a key advantage.

  4. Energy Saving and Environmental Protection
    The electric drive design (such as servo motors) reduces energy consumption, aligning with green manufacturing trends. This makes our belt driven linear actuators an environmentally conscious choice.

  5. Wide Application Range
    It is suitable for logistics transportation, precision assembly, test bench automation, and other scenarios. The FSKT-175 truly demonstrates the power of a well-engineered belt linear actuator.

Choosing the FSKT-175 belt module means investing in a high-performance belt driven linear actuator that provides superior accuracy, efficiency, and adaptability. This belt drive linear actuator stands out among other belt driven linear actuators for its robust design and intelligent features, ensuring long-term value for your automation needs.


Splicing belt modules are primarily used in automated equipment to achieve efficient and reliable 

connections between conveyor belts. Their core applications include:


**Logistics Sorting Systems:** In cross-belt sorting machines used in express delivery and e-commerce 

warehousing, this module rapidly splices conveyor belts to ensure continuous package transport. For 

example, small-item circular sorting machines use splicing belts for high-precision sorting, saving labor 

and improving efficiency.


**Industrial Production Lines:**

**Electronics Manufacturing:** In PCB assembly lines, splicing belt modules work in conjunction with 

vacuum technology and vision systems to achieve high-precision component placement.


**Automotive Manufacturing:** Splicing belts coordinate material flow between workstations on body 

welding lines, improving production cycle time.


**Food Packaging:** In filling lines, splicing belts ensure continuous container transport and work in 

conjunction with PLCs to control the filling and capping processes.


**Special Industrial Environments:**

**Battery Production:** In drying chambers, splicing belt modules must meet copper-free and corrosion

-resistant requirements to support automated lithium-ion battery production. High-Temperature Aging 

Test: During batch processing of circuit boards, the splicing tape module works in conjunction with the 

PLC to achieve stable transmission of the high-temperature aging queue.


Maintenance and Flexibility: The modular design of the splicing tape supports quick assembly and dis

assembly, reducing downtime (e.g., Alibaba's hot-fitting machine can reduce maintenance time by 40%),

 making it suitable for flexible production lines requiring frequent adjustments.


Module Product Packaging Solutions

*. Standard Cardboard Packaging (Routine Transport Scenarios)

Utilizing five-layer corrugated cardboard cartons with a thickness of ≥5mm and a compressive strength of 

150 kg/m², this solution is suitable for module products with a single-carton weight of ≤20 kg. The interior 

features a fitted EPE foam liner with custom-cut grooves tailored to the module's contours, precisely en

casing the main unit, connectors, and accessories; this enhances cushioning and shock-absorption perfor

mance by 40%. The exterior of the carton is printed with the product model, specifications, weight, moistu

re-protection symbols, and shipping warning labels. Corner protectors are installed on all four corners, al

lowing for stacking up to 6 layers high. This solution meets standard logistics requirements for both land 

and sea transport, reduces costs by 60% compared to wooden crates, and offers 100% recyclability.


*. Reinforced Wooden Crate Packaging (Precision/Long-Distance Transport Scenarios)

Constructed from imported pine or plywood with a board thickness of ≥18mm, these crates undergo IPPC 

fumigation treatment to comply with international export quarantine standards. Interior protection features 

a combination of high-density foam and rubber shock-absorbing pads, maintaining a precise clearance of 5–

8mm between the module and the crate walls. Built-in desiccant packets (with a moisture absorption capac

ity of ≥500g) are included to accommodate extreme transport environments ranging from -20°C to 60°C w

ith humidity levels of ≤90%. The crates are fitted with metal lifting rings on the sides and feature dedicated

 forklift slots on the top, supporting a single-crate load capacity of up to 100 kg. This solution is ideal for the

 international shipping of precision servo modules, ultra-long-stroke modules, or high-value orders, mainta

ining a damage rate of less than 0.1%.


*. Customized Packaging Services

For modules with non-standard dimensions, we offer a detachable frame packaging solution featuring adjus

table internal support structures capable of accommodating lengths ranging from 100mm to 6000mm. To 

facilitate seamless integration with automated production lines, we also offer palletized packaging solution

s utilizing standard EU pallet dimensions reinforced with stretch wrap; this allows for direct interfacing with

 customer warehousing systems, boosting loading and unloading efficiency by 30%. All packaging shipmen

ts include a Product Certificate of Conformity, Inspection Report, and Installation Manual, ensuring full tra

ceability throughout the entire product lifecycle.



  • What should I pay attention to when choosing a slide module?

    The accuracy of the slide module directly affects the quality of the product.

  • Why do we need to use multi-axis electric cylinders?

    Using multi-axis electric cylinders reduces labor costs

  • Application areas of servo electric cylinders?

    Widely used in laser welding, laser cutting, glue coating machines, spraying machines, punching machines, dispensing machines, small CNC machine tools, engraving and milling machines, plotters, cutting machines and other conveyors, sorting equipment, applicable testing equipment, educational equipment, etc.

  • How to guarantee after-sales service?

    Establish standardized network marketing services and mature technical service management systems around the world to provide dealers and users with high-quality pre-sales, in-sales and after-sales services. During the warranty period, provide users with fast, timely and efficient free maintenance services; outside the warranty period, users will still receive our enthusiastic and thoughtful paid technical services. We always pursue "zero defects in products and 100% customer service satisfaction".

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