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Belt-driven linear actuators are high-performance motion devices designed for applications requiring fast, precise, and long-distance linear movement. They utilize a toothed belt to drive the actuator, offering a robust solution for tasks demanding speed and repeatability. These actuators excel in environments where low maintenance, long strokes, and high operating speeds are critical.
Belt-driven actuators are primarily used for linear positioning, transferring loads, and pick-and-place operations. They are widely utilized across industries such as material handling, packaging, electronics assembly, and factory automation. These actuators are particularly suited for applications that require:
Fast cycle times: High-speed operation with consistent accuracy.
Long travel lengths: The ability to achieve strokes up to several meters without compromising performance.
Why Choose a Belt-Driven Linear Actuator?Low maintenance: Simplified mechanical design ensures durability and reliability over extended periods.
Why Choose a Belt-Driven Linear Actuator?
Compared to screw-driven or other actuator types, belt-driven actuators provide distinct advantages:
Speed: Significantly faster than screw-driven solutions, making them ideal for applications requiring quick motion.
Longer travel: Unlike screw-driven actuators, belts can accommodate much longer strokes without excessive cost or complexity.
Cost-effectiveness: Typically more economical for long-stroke applications.
Clean operation: The belt-driven design minimizes the need for lubricants, reducing the risk of contamination in cleanroom or sensitive environments.
While screw-driven actuators offer higher force and precision for short-travel, high-load applications, belt-driven actuators shine in scenarios where speed, length, and maintenance-free operation are the priorities.
Belt Driven Linear Actuator Manufacturers
Lintech
LinTech provides versatile belt-driven actuators known for their precision and robust construction. Their actuators feature:
Customizable stroke lengths and mounting options.
High-load capacity for demanding applications.
Integrated guide systems for enhanced durability and reliability.
Deliver high-speed, light-load performance with precision bearings, belt-driven motion, and compatibility with NEMA motor mounts and planetary gearheads.
Standard Travels: 311 to 1811 mm Max Load Horizontal (Vertical): 200 lbs (100 lbs) Max Speed Horizontal (Vertical): 10160 mm/sec (5080 mm/sec) Repeatability: +/- 0.025 mm Zero backlash belt to pulley design Corrosion resistant components
Standard Travels: 369 to 1619 mm Max Load Horizontal (Vertical): 400 lbs (300 lbs) Max Speed Horizontal (Vertical): 10160 mm/sec (5080 mm/sec) Repeatability: +/- 0.025 mm Zero backlash belt to pulley design Corrosion resistant components
Standard Travels: 271 to 1771 mm Max Load Horizontal (Vertical): 20 lbs (20 lbs) Max Speed Horizontal (Vertical): 1270 mm/sec (635 mm/sec) Repeatability: +/- 0.025 mm Zero backlash belt to pulley design Corrosion resistant components
Standard Travels: 205 to 1705 mm Max Load Horizontal (Vertical): 2500 lbs (1250 lbs) Max Speed Horizontal (Vertical): 15240 mm/sec (7620 mm/sec) Repeatability: +/- 0.025 mm Zero backlash belt to pulley design Corrosion resistant components
Max Speed: 180 in./min. Max Load: 25 lbs. Repeatability: +/- 0.01 Standard Travels: 102 to 305 mm Submersible Economical lead screw with plastic nut drive
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