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The Scooter Tire Roundness Deflection Testing Machine stands as a state-of-the-art solution for evaluating two pivotal aspects of scooter tire performance: roundness and deflection. Crafted by Dongguan Feihong Instrument and Equipment Co., Ltd.—a trusted name in testing machinery—this device merges cutting-edge sensor tech with smart software, delivering precise, consistent results for quality assurance, product development, and manufacturing workflows.
Moving beyond outdated manual testing, which often suffers from inaccuracies and slowness, this machine automates the entire process. It’s built to align with strict standards demanded by scooter tire makers, independent inspectors, and research labs, making it a must-have tool for guaranteeing tire safety, longevity, and overall performance. Whether assessing new tire prototypes or conducting regular checks on production lines, the Scooter Tire Roundness Deflection Testing Machine equips users with actionable insights to enhance tire quality and cut down on defects.
At its heart lies the Panasonic laser displacement sensor, a component celebrated for its exceptional accuracy and steadiness. This sensor picks up even the tiniest changes in tire shape and deflection, boasting a measurement precision of ±0.01mm. Such detail is vital for spotting minor irregularities that could harm ride smoothness, handling, or safety.
Fully controlled by a dedicated computer system, the machine simplifies operation by removing the need for manual steps. Operators can adjust testing parameters—like speed, duration, and tolerance levels—through an easy-to-use interface, and the system runs the test automatically. This not only lowers the chance of human error but also speeds up testing, with each tire taking just 2-3 minutes on average—far quicker than manual methods.
A key highlight is its ability to create real-time roundness curves and deflection displacement curves. These visuals offer instant insights into tire performance, letting operators spot deviations from standards right away. Displayed on a high-res monitor, the curves make it simple to analyze trends or compare results across different samples.
Post-test, the machine generates detailed reports automatically. These include key metrics such as roundness error, maximum deflection, and adherence to industry norms (e.g., ISO or regional scooter safety rules). Reports can be saved in formats like PDF, Excel, or CSV, making them easy to document, share with teams, or integrate into quality management systems.
Designed to fit a wide range of scooter tires, it handles 8-inch to 16-inch diameters—covering most popular models. This flexibility makes it suitable for small workshops and large factories alike, eliminating the need for multiple specialized testers.
For scooter tire manufacturers, this machine is essential for final quality checks. It ensures every tire leaving the factory meets set roundness and deflection standards, reducing the risk of faulty products reaching customers. Catching issues early helps cut down on returns, warranty claims, and damage to brand reputation.
In R&D, the machine supports the creation of high-performance tires. Engineers can use it to test prototypes, check how new materials (like advanced rubber blends or reinforcement layers) affect performance, and refine tire design for better fuel efficiency or durability. The detailed data and visuals aid in perfecting designs before mass production.
Certification bodies and independent labs rely on this machine to verify that tires meet industry regulations. Whether conducting safety audits or confirming manufacturer claims, its precision ensures unbiased, trustworthy results that meet global inspection standards.
Scooter repair shops and service centers can use the machine to assess worn tires, helping customers know when replacement is needed. By measuring roundness and deflection in used tires, technicians can identify uneven wear or damage from improper inflation, improving maintenance advice.
Unlike manual testing, which is slow and prone to errors, this machine automates the process, ensuring consistent results. Its Panasonic laser displacement sensor and real-time data curves provide more detailed insights, making it easier to spot issues that manual checks might miss.
Minimal training is required. Most operators become proficient after 1-2 hours of guidance, thanks to the intuitive computer interface. No advanced technical skills are necessary to set up tests, monitor results, or generate reports.
To maintain accuracy, calibration is recommended every 6 months. The machine comes with a calibration kit and clear instructions, and Dongguan Feihong offers professional calibration services if needed.
The Scooter Tire Roundness Deflection Testing Machine comes with a 12-month warranty covering parts and labor. Extended warranties are available for purchase, and the company provides lifetime technical support via phone or email.
While optimized for scooter tires, it can test small bicycle tires (12-inch to 20-inch) with minor adjustments. For larger tires (e.g., motorcycle or car), Dongguan Feihong offers specialized models in its Bicycle & Scooter Testing Machines range.
