A worn flipper disc can make the board transition feel jerky, causing misalignment, surface damage, or repeated stalling. The 40.5 Flipping Machine Wheel Disc is built for precise rotation and stable board transfer in high-speed PCB, FPC, and LCD wet-process lines.
Core Advantages: PP/PU/PVC material options, precise machined geometry, wear resistance, low-friction surface, and stable rotational performance.
Selection Recommendations: Choose the suitable hardness, bore size, outer profile, and material type based on flipper shaft design, board weight, and process chemistry.
Applications: Flipper shafts, support rollers, PCB etching lines, developing machines, cleaning equipment, glass washing stations, and black-hole processing lines.
Stable Operation Guarantee: Helps reduce flipper stutter, board misalignment, motor load spikes, uneven wear, and downtime caused by unstable turnover components.
Eliminate Jamming and Misalignment in High-Speed Board Flippers. Frequent mechanical stalling in flipping modules is often a symptom of sub-par wheel disc materials and poor dimensional accuracy. The 40.5 Flipping Machine Wheel Disc addresses these mechanical bottlenecks by offering superior surface hardness and precision-engineered geometry. By reducing parasitic drag and rotational oscillation, this wheel disc ensures smooth board transitions, preventing the surface damage and equipment downtime that plague traditional, inferior components. We provide the mechanical reliability necessary to maintain high-throughput vertical and horizontal transport, ensuring your flipper assembly operates with absolute repeatable precision throughout its service lifecycle.
Engineered for Mechanical Endurance
Tailored Mechanical Integration
The 40.5 Flipping Machine Wheel Disc is an essential component for high-performance wet-process equipment. It serves critical roles in PCB, FPC, and LCD manufacturing lines where consistent board orientation is vital. Typical applications include advanced horizontal developing machines, high-pressure etching lines, and precision cleaning equipment. These discs are engineered to thrive in aggressive chemical environments such as acid/alkali etching, plating, and stripping modules. By stabilizing the flipper movement, these components protect the integrity of the board surface while ensuring fluid transition through automated handling systems, glass washing stations, and complex black-hole line processes.
In the heart of an automated PCB Etching line, the flipper assembly is the point of highest mechanical wear. Using our 40.5 wheel disc provides immediate ROI by eliminating the “stutter” common with standard rollers. By stabilizing the board path, you prevent localized chemical pooling and uneven etching, which directly reduces your scrap rate. This is especially critical for fine-line geometry where even micro-vibrations can lead to open circuits. Our wheel discs ensure the board enters the next process stage with perfect alignment, maintaining system throughput even at high conveyor speeds.
For the maintenance supervisor, these discs represent a reduction in MTTR (Mean Time To Repair). Because they are machined to exact tolerances, the replacement process is simplified, minimizing the labor time required during planned outages. Unlike generic market parts, our discs provide consistent wear patterns, allowing for predictable maintenance intervals rather than reactive troubleshooting. By replacing worn-out flipper components with our high-precision discs, you effectively stabilize the entire conveyor network, lowering energy consumption for the drive motors and significantly extending the service life of the entire flipper shaft assembly.
| Parameter | Industrial Specification |
| Model Number | 40.5 Flipping Wheel Disc |
| Material | PP, PU, PVC Engineering Plastics |
| Function | Precision Board Flipping & Transport |
| Surface Finish | Low-Friction Machined |
| Point of Use | Flipper Shaft, Support Rollers |
To provide high-precision, high-performance PCB equipment accessories, empowering the global electronics manufacturing industry to achieve efficient production.
