The 50/55 Flipping Machine Wheel Disc is made for larger flipper assemblies that need stable rotation under repeated high-load cycles. It helps keep PCB, FPC, and LCD panels moving through turnover sections with less drag, jitter, and mechanical stalling.
Core Advantages: PP/PU/PVC material options, precision-machined geometry, low-friction surface, wear resistance, and stable high-load rotation.
Selection Recommendations: Choose the suitable hardness, wheel size, material combination, and shaft fit based on panel weight, flipper structure, and support roller layout.
Applications: Flipper shafts, support rollers, turnover units, conveyor systems, loading and unloading stations, routing machines, inspection lines, and FPC handling sections.
Stable Operation Guarantee: Helps reduce timing shifts, panel slippage, shaft deflection, surface marring, and downtime caused by worn flipper components.
Eliminate Imprecise Flipper Movement and Mechanical Stalling.
In high-throughput PCB manufacturing, flipper failure is a primary cause of unexpected line stops. When wheel discs lose their profile or develop excessive friction, the resulting jitter leads to panel misalignment and jamming. The 50/55 Flipping Machine Wheel Disc is engineered to provide consistent, repeatable rotation under high-speed, repetitive duty cycles. By utilizing premium-grade wear-resistant materials, these discs minimize resistance and maintain structural rigidity, ensuring your flipper assembly operates with fluid motion. This direct upgrade prevents mechanical stalling and significantly reduces the maintenance burden associated with misalignment issues in complex board processing lines.
Engineering Excellence for High-Load Dynamics
· High-Stability Polymers: Constructed from industrial-grade PP, PU, and PVC to balance material rigidity with the necessary impact toughness for rapid flipping.
· Precision Machining: Tight tolerances on the disc geometry ensure minimal shaft deflection during operation, maintaining consistent contact with the PCB surface.
· Low-Friction Surface: The optimized surface finish reduces drag during panel transfer, effectively lowering the strain on flipper motors and drive systems.
Tailored Specifications for Specific Flipper Assemblies
· Load-Specific Hardness: Selection of Shore hardness levels to match the weight and fragile nature of your specific panel types.
· Geometric Adaptation: Full-scale dimensional customization to integrate seamlessly with existing flipper shaft and support roller interfaces.
· Material Combinations: Composite structures available to optimize the balance between grip for conveyance and rigidity for structural support.
These wheel discs are critical components across PCB, FPC, and LCD manufacturing lines where precise orientation and conveyance are required. They perform optimally in equipment such as turnover units in conveyor systems, automated loading/unloading stations, and specialized routing machines. By stabilizing the movement of panels during rotation, they ensure that etching, developing, and inspection processes maintain a consistent flow. Their durability is particularly vital in high-speed lines where the flipper assembly is subjected to continuous mechanical stress, protecting delicate circuitry from vibration-induced damage or alignment errors during high-volume production cycles.
In the context of horizontal conveyor lines, the 50/55 wheel disc serves as the pivot point for smooth panel inversion. Frequent flipping often leads to rapid wear on standard components, causing debris accumulation and timing shifts. By upgrading to our high-precision discs, equipment maintenance supervisors can achieve a significant ROI through reduced downtime. The wear-resistant surface ensures that the wheel maintains its profile over millions of cycles, which stabilizes the throughput of the entire line and prevents the costly ripple effects of a single station failure.
For thin core handling or FPC processing, the precision of the wheel disc is paramount to preventing surface marring. The low-friction characteristics of our material allow for controlled motion without damaging the copper or solder mask layers. By providing a stable, reliable contact point for the panel, these discs minimize the risk of mechanical slippage during the flipper operation. This stability not only improves final product yield but also extends the operational lifespan of the entire flipper assembly, reducing the total cost of ownership for the board manufacturer.
| Parameter | Industrial Specification |
| Model Number | 2707 |
| Material | PP, PU, PVC |
| Function | Flipper movement and PCB support |
| Point of Use | Flipper shafts, support rollers |
| Surface Finish | Low-friction/Wear-resistant |
| Size | Fully Customizable |
To provide high-precision, high-performance PCB equipment accessories, empowering the global electronics manufacturing industry to achieve efficient production.
