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Polyurethane wheel for semiconductor and liquid crystal panel manufacturing is a high-tech customized product designed for extremely clean and stable environment. It is not only a “wheel”, but also a key and active “pollution control element” in the clean room material handling system.
Polyurethane wheel for semiconductor and liquid crystal panel manufacturing is a high-tech customized product designed for extremely clean and stable environment. It is not only a “wheel”, but also a key and active “pollution control element” in the clean room material handling system.
Designed specifically for industrial AGVs, it is a core travel component for semiconductor cleanrooms and precision electronic automated production lines. Used for AGV travel, guidance and drive, it adapts to high-precision dust-free environments, ensuring stable and efficient equipment operation and avoiding dust and vibration interference with production accuracy.
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Designed specifically for industrial AGVs, it is a core travel component for semiconductor cleanrooms and precision electronic automated production lines. Used for AGV travel, guidance and drive, it adapts to high-precision dust-free environments, ensuring stable and efficient equipment operation and avoiding dust and vibration interference with production accuracy.
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Designed specifically for industrial AGVs, it is a core travel component for semiconductor cleanrooms and precision electronic automated production lines. Used for AGV travel, guidance and drive, it adapts to high-precision dust-free environments, ensuring stable and efficient equipment operation and avoiding dust and vibration interference with production accuracy.
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Specifically designed for industrial AGVs and semiconductor automated production lines, it can be used as a traveling wheel, guide wheel or drive roller, enabling smooth material handling and precise positioning in precision dust-free environments, ensuring efficient and reliable semiconductor production processes.
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Designed specifically for industrial AGVs, it is a core travel component for semiconductor cleanrooms and precision electronic automated production lines. Used for AGV travel, guidance and drive, it adapts to high-precision dust-free environments, ensuring stable and efficient equipment operation and avoiding dust and vibration interference with production accuracy.
READ MORE >>
Designed specifically for industrial AGVs, it is a core component for semiconductor cleanrooms and precision electronic automated production lines. Used for AGV travel, guidance and drive, it adapts to high-precision dust-free environments, ensuring stable and efficient equipment operation and avoiding dust and vibration interference with production accuracy.
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This TCL-branded traveling wheel, engineered for semiconductor applications and rugged mining conditions, features an ND1 tread and an AL6061-T6 aluminum alloy hub with a hardness of 95A±2 and a rated load capacity of 5 tons (5,000 kg). Designed to function as a traveling wheel, guide wheel, and drive roller, it excels in compression resistance, high load-bearing capacity, ultra-long service life, and aging resistance. Boasting ultra-quiet operation, it ensures no dust shedding or cracking during high-load operations, making it a durable, reliable, and high-performance core component for demanding mining environments.
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The walking wheels are made of steel wheels with good load-bearing capacity, and the wheel surface is made of polyurethane material. Polyurethane walking wheels are high-precision power transmission components designed specifically for semiconductor manufacturing automation systems, integrating ultra clean, low vibration, high-precision, and intelligent drive technologies to provide reliable power solutions for wafer fab AMHS systems, process equipment robotic arms, and vacuum transmission equipment. This product adopts dust-free, anti-static, and corrosion-resistant design, and meets the stringent requirements of advanced processes for material transportation through innovative pollution-free drive design and nanoscale motion control.
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The driving wheel is a key precision transmission component in semiconductor manufacturing equipment, mainly used in high-precision scenarios such as wafer transfer and lithography platform positioning. In the manufacturing process of semiconductors and LCD panels, the core value of polyurethane drive wheels lies not in "rolling", but in "cleanliness, anti-static, protection, and stability". So the development of materials for such drive wheels has become extremely important. Additives in ordinary polyurethane may generate particles or release chemical gases (AMC - air molecule pollutants) during friction, contaminating the wafer.
READ MORE >>In this field, polyurethane wheel is not only a bearing and moving part, but also the guardian of clean room environment and the protector of precision equipment.
| application device | core requirements | scene and role |
|---|---|---|
| AMHS | Ultra low dust, anti-static, low vibration, high reliability | Including OHT, OHS, AGV, etc., responsible for the high-speed and accurate delivery of FOUP and FosB in wafer factories and panel factories |
| Wafer/panel transfer car | Ultra clean, anti-static, ground protection (usually high priced floor) | It is used for manual or automatic transfer of expensive wafer carriers between machines. |
| Stocker | Abrasion resistance and stability | The conveying system of automated three-dimensional warehouse needs 24/7 trouble free operation. Wheels need extremely long wear life and stability. |
| Other equipment | Cleanliness | The internal transmission mechanism of some semiconductor manufacturing and testing equipment will also use special polyurethane wheels, which are required to be consistent with the overall cleanliness of the equipment. |
Different industries and application conditions have different requirements for polyurethane wheels. Our engineers will provide one-stop and comprehensive industrial solutions for customers’ situations.
A globally renowned large-scale theme park faced persistent challenges with the wheel systems on its iconic roller coaster and multiple large-scale rotating rides. These attractions not only needed to handle immense kinetic energy and deliver a smooth, flying-like ride experience but also prioritized “absolute safety” above all else. Under the combined demands of high-speed operation, intense loading, and stringent safety standards, the performance of standard polyurethane wheels had reached its limits. The park’s engineering department ultimately selected YALIDE—a specialized manufacturer of custom polyurethane wheels—as a partner to jointly pursue a breakthrough solution.
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A major e-commerce warehousing and logistics center processes over 30,000 orders daily, equipped with more than 50 electric forklifts and AGV devices. Operations span three key scenarios: epoxy flooring storage areas, cold chain warehouses, and heavy-duty shelving zones. Previously plagued by persistent forklift wheel failures, the facility faced dual pressures on production efficiency and operational costs. Ultimately, our customized polyurethane wheel solution delivered comprehensive quality improvements and efficiency gains.
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In the era of smart manufacturing, AGVs have evolved from simple transport vehicles into “intelligent mobile terminals” within production systems. This case demonstrates that deep optimization of the wheel system can generate significant chain-reaction benefits—from equipment reliability to system efficiency and ultimately production profitability.
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Yalide Technology focuses on providing customers with one-stop system solutions for roller/shaft/wheel products.
Address: No. 106, Shajingtou Lane 1, Matigang, Dalingshan Town, Dongguan City, Guangdong Province
Telephone: +86-13790238062
Email: tomdong@cjcmotor.com
whatsApp: +86-13790238062
