The Coated Wheel Disc gives high-speed conveyor chains a softer, higher-traction contact point than rigid plastic wheels. Its rubber/PU outer layer helps steady PCB, FPC, and LCD panels during start-stop movement, flipping, and positioning.
Core Advantages: High-strength core, rubber/PU coating, positive traction, vibration damping, shock absorption, and noise reduction.
Selection Recommendations: Choose the suitable coating compound, hardness, hub size, and shaft interface based on substrate weight, panel fragility, conveyor speed, and chemical exposure.
Applications: Conveyor chains, flipping mechanisms, positioning assemblies, high-speed transfer stations, AOI preparation sections, drilling alignment areas, and multi-station transport lines.
Stable Operation Guarantee: Helps reduce panel slippage, start-stop impact, micro-scratches, vibration, registration errors, and wear on drive motors or gearboxes.
Solving Slippage and Acoustic Noise in High-Speed Lines. Vibration and slippage are the silent killers of productivity in automated PCB assembly and processing. When rigid rollers fail to grip or dampen effectively, panels can shift, leading to costly registration errors. The ID:1743 Coated Wheel Disc solves this by combining a high-strength core with a precision-engineered rubber or PU outer layer. This dual-material design provides the necessary friction to prevent slippage while simultaneously absorbing mechanical impact, resulting in a quieter, smoother, and more stable transport environment that protects high-value circuits from physical shock.
Superior Traction and Impact Mitigation
Modular Flexibility for Specific Line Demands
These rubber-coated discs are indispensable across the PCB, FPC, and LCD sectors, particularly in high-speed transport modules where panel slippage leads to catastrophic alignment failures. They are widely utilized in conveyor chains, sophisticated flipping mechanisms, and complex positioning assemblies. By integrating these components, equipment builders can ensure a silent, stable, and cushioned transit for panels as they move between processing stations. Their resilience makes them ideal for multi-station lines where equipment maintenance frequency and production noise levels must be strictly managed to maintain a consistent output of high-quality finished products.
On high-speed conveyor chains, these discs provide the vital grip required for rapid start-stop sequences. By mitigating the sudden mechanical shocks that occur during panel transfer, they prevent the microscopic scratches that often ruin sensitive circuit patterns. The elasticity of the contact surface ensures that even thin, lightweight FPCs are handled with care, significantly reducing the downtime associated with jam-ups. For production managers, this means a lower scrap rate and a more reliable throughput, as the system remains stabilized even under peak operating loads.
In flipping and positioning stations, the ID:1743 acts as both a support and a damper. The rubber layer compensates for minor inconsistencies in panel flatness, ensuring uniform pressure distribution during indexing. This reduction in vibration leads to improved registration accuracy in downstream drilling or AOI inspection stages. The overall ROI is realized through the increased lifespan of drive motors and gearboxes, which no longer suffer from the constant jarring impact of rigid-on-rigid transport, leading to a quieter, more efficient, and highly stable production floor.
| Parameter | Industrial Specification |
| Model Number | 1743 |
| Material | High-strength plastic core, Rubber/PU layer |
| Function | Vibration dampening, Anti-slip transport |
| Performance | Shock absorption, Noise reduction |
| Point of Use | Conveyor chains, Flippers, Positioning |
To provide high-precision, high-performance PCB equipment accessories, empowering the global electronics manufacturing industry to achieve efficient production.
