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| Quantity: | |
Load | 0—2000N（direct pressure） |
Obstacle angle | 45 degrees |
Power supply | 380V±10%，50HZ，5.5KW |
Speed range | 0.05~35000m/h |
Running direction | support forward and reverse rotation |
Tray lifting range | 50~200 mm |
The absolute error of the tested mileage | ≤±0.5m |
Travel control range | 0.05—99.9km |
The Bicycle Wheel Rim Fatigue Testing Machine stands as a pivotal tool in bicycle wheel rim quality control testing, engineered to rigorously evaluate the endurance, structural integrity, and performance of bicycle wheel rims under realistic conditions. This state-of-the-art equipment is designed to bridge the gap between manufacturing and real-world usage, enabling businesses to ensure their products meet stringent safety and durability standards.
Unlike single-function testers, this machine consolidates multiple critical assessments into a unified system, making it a cost-effective solution for manufacturers, quality assurance labs, and research facilities. By simulating scenarios such as long-distance rides, obstacle collisions, and sustained weight-bearing, it delivers actionable data to identify potential flaws—from material weaknesses to design inefficiencies—before rims reach end-users. Whether testing rims for road bikes, mountain bikes, or e-bikes, this machine ensures consistent quality across diverse product lines.
This machine redefines efficiency by integrating four key testing functions, eliminating the need for separate equipment:
Wheel rim mileage test: Simulates extended riding with customizable parameters, including adjustable mileage (0.05 to 99.9km) and speed (0.05~35000m/h). This function reveals how rims withstand wear over time, highlighting areas prone to degradation.
Wheel rim obstacle test: Utilizes a fixed 45-degree obstacle angle to replicate impacts with road debris, curbs, or uneven terrain. This assessment gauges the rim’s ability to absorb sudden force without cracking or warping.
Wheel rim fatigue test: Applies cyclic stress to mimic repeated use, measuring the rim’s resistance to long-term wear—a critical factor in determining its lifespan.
Wheel rim load test: Delivers direct pressure ranging from 0—2000N, evaluating how rims perform under heavy loads (e.g., rider weight plus cargo) without structural failure.
Accuracy is at the core of this machine’s design, ensuring reliable results for informed decision-making:
Mileage precision: Boasts an absolute error of ≤±0.5m for tested mileage, guaranteeing data integrity for performance analysis.
Flexible operation: Supports both forward and reverse rotation, simulating varied riding patterns to reflect real-world usage diversity.
Adaptable design: The tray lifting range of 50~200mm accommodates rims of all sizes, from children’s bicycles to adult-sized models, enhancing versatility.
Built for continuous, heavy-duty use, the machine meets industrial standards with:
Power supply: Operates on 380V±10%, 50HZ, 5.5KW—compatible with standard industrial electrical systems, ensuring seamless integration into production lines.
Durable construction: Crafted from high-strength materials to withstand repeated testing cycles, minimizing downtime and maintenance needs.
The Bicycle Wheel Rim Fatigue Testing Machine serves as a versatile asset across the bicycle industry ecosystem:
Bicycle manufacturers: Integrate it into quality control workflows to validate every production batch, ensuring rims align with brand-specific durability benchmarks.
Third-party certification bodies: Use it to verify compliance with international standards (e.g., ISO 4210 for bicycle safety), providing credible certification for manufacturers.
R&D teams: Test prototype rims to optimize material selection and design, accelerating innovation in lightweight yet robust rim technology.
Bicycle retailers: Validate supplier rims before stocking, reducing post-purchase returns and enhancing customer trust in product reliability.
Regulatory agencies: Employ it to enforce safety standards, ensuring only high-quality rims enter the market.
It supports rims for all common bicycle types, including road bikes, mountain bikes, hybrid bikes, and electric bicycles. The adjustable tray height (50~200mm) ensures compatibility with rims of varying sizes, from small children’s models to large adult versions.
The 0—2000N direct pressure range is calibrated to mimic typical loads, including rider weight (50–120kg) plus additional cargo (e.g., backpacks, panniers). This ensures the test reflects actual usage conditions, making results highly relevant for real-world performance.
Yes, it features built-in data logging that records key metrics such as test duration, applied load, mileage, and speed. Data can be exported in digital formats (e.g., CSV) for trend analysis, compliance reporting, or cross-batch comparisons.
Absolutely. Its design aligns with global standards for bicycle component testing, including ISO and ASTM guidelines. This ensures test results are recognized and trusted across international markets.
Routine maintenance is minimal, focusing on regular calibration of moving parts and inspection of electrical connections. The durable construction reduces wear, and the manufacturer provides detailed guidelines to ensure long-term reliability.
In essence, the Bicycle Wheel Rim Fatigue Testing Machine is more than a testing tool—it’s a cornerstone of quality assurance in the bicycle industry. By combining versatility, precision, and industrial durability, it empowers businesses to deliver rims that stand the test of time and use.
