Product Description
Sole inflection resistance tester HD-P833
The usage:
The tester is used for sole inflection resistance tester. Fix the shoe sole between the clamps. The sole incision is across the inflection axis. After several times inflection with certain angle, inspect the incision`s crack length. The tester has the function of returning. Convenient and timesaving.
Standard:
SATRA TM161,ISO 17707.
Parameter:
| Active clamps displacement | 41.5±0.5mm |
| Active inflection axis | 30±1mm |
| Speed | 125~150cpm |
| Inflection angel | 90° |
| Counter | LCD,0~999,999 three sole counters LCD |
| Volume | 101*59*58cm |
| Weight | 170kg |
| Power | 1,220V,50/60Hz,3A |
Rugged and Reliable ConstructionThe Sole Tester boasts a durable powder-coated steel body, finished with corrosion-resistant paint. Its robust design, cam type drive mechanism, and adjustable clamping fixture guarantee consistent performance during high-cycle flexing tests, making it ideal for demanding industrial environments.
Advanced Control and User-Friendly OperationEquipped with a microprocessor-controlled digital counter, preset cycle programming, and intuitive manual & digital interfaces, the Sole Tester streamlines test setup and operation. Emergency stop and overload protection add layers of safety, while instant digital feedback and presets enhance user efficiency.
Precise Flexing PerformanceTesting two specimens up to 80 mm wide simultaneously, the Sole Tester delivers consistent test strokes of 32 1 mm. The accurate cycle counter (1 cycle resolution) and measuring range up to 100 mm meet strict industry standards for footwear durability assessments.
FAQs of Sole Tester:
Q: How does the Sole Tester perform flexing tests on shoe soles?
A: The Sole Tester secures up to two shoe sole specimens with clamping fixtures, then flexes them using a cam type drive mechanism. Operators can preset the number of test cycles and monitor real-time data through the digital counter while the machine accurately simulates the flexing movements shoes endure during wear.
Q: What are the benefits of using this Sole Tester for footwear testing?
A: Utilizing the Sole Tester ensures dependable, repeatable results when evaluating sole durability. Its rugged construction, corrosion-resistant finish, instant response digital counter, and safety features like emergency stop and overload protection make it a reliable choice for manufacturers, distributors, and suppliers.
Q: When should the Sole Tester be employed during the shoe production process?
A: The Sole Tester is typically used during quality control phases, both in prototype development and before bulk production. This ensures that shoe soles conform to industry flexing standards and perform reliably in real-world conditions.
Q: Where can this Sole Tester be installed and operated?
A: Designed as a floor-standing machine, the Sole Tester is suitable for use in laboratory, manufacturing, or quality assurance environments. Its 70 kg weight and standard port size facilitate stable mounting and easy integration into existing testing areas.
Q: What is the process for testing shoe soles using this equipment?
A: Operators place up to two sole samples (maximum 80 mm wide) in the adjustable jaws, set test cycle parameters on the digital counter, and initiate the test. The machine will flex the specimens at preset speeds, recording cycles until the test completes or is manually stopped.
Q: How does the Sole Tester ensure user safety during operation?
A: Safety features include an emergency stop button and overload protection, instantly halting operations in case of unexpected issues. The machines low noise level (<70 dB) and stable design further protect users in busy working environments.
Q: What accessories and support are provided with the Sole Tester?
A: Each Sole Tester comes complete with an instruction manual, a set of essential tools, and sample clamps. These accessories facilitate quick installation, proper specimen mounting, and ease of maintenance, ensuring users can operate the machine efficiently.