It is suitable for bending resistance test on headphone cable.USB cable,multicore cable conductor,flat cable and signal line,etc.The test method is as follows:Firstly,clamp one end of the wire rod and fasten it to the rotation clamp. Then have it make a horizontal rotaion with hanging load to evaluate whether wire rod conduction is good after numerous test cycles.
This machine is suitable for testing buttons of headphones, mobile phones, tablets, e-books, electronic dictionaries, etc. It is also suitable for testing the impact resistance and life of various conductive rubber buttons, metal shrapnel buttons, remote control buttons, etc. of electronic products.
This UTM are suitable for the testing of tensile,compression,shearing force,adhesion,peeling force,tear strength etc for semiproduct&finished product in the field of rubber,plastic,metal,nylon,fabric,paper,aviation,packing,architecture,petrochemistry,electric appliance,automobile,etc,which are the basic facilities for input quality control(I.Q.C),Quality Control(Q.C),Physical inspection,Mechanics research and material development.
Apply for industrial of electronic parts, houseware, wire, metal, bicycle, handbag, foodstuff, footwear, furniture, etc. to do burst resistance strength test on sample and corrugated cartons, also can be used for synthetic leather testing & textile testing & paper and paperboard testing.
With quakeproof motor driver, operated by worm driving, and then forced on testing sample at speed of 170±15ml/min, the digital load cell will show the sample broken value.
- High Precision & Stability: Driven by Panasonic servo motor and German precision ball screws, ensuring smooth, low-noise, and high-accuracy testing.
- Advanced Control System: Includes closed-loop control software with functions for compression, stacking, and deformation tests, offering resolution as high as 1μm.
- Customizable Reporting: Records force-displacement, force-time, and deformation-time curves with tailored report formats.
- Multi-Standard Compliance: Meets global testing standards such as ISO2874, ASTM D642, and GB/T4857.
- Comprehensive Safety Features: Equipped with mechanical and software-based protections for overload, overcurrent, overheating, and more.
The GDW temperature chamber offers a wide temperature range of -70°C to +150°C with fast temperature changes and high precision, suitable for various testing needs. It comes in multiple capacities, features an intelligent control system, and has an efficient cooling and heating system for stable operation and accurate data. Made from high-quality materials with multiple safety protections, it meets IEC60068 international standards
The CTS Thermal Shock Test Chamber evaluates materials or products right after they experience extreme high and low temperatures. This programmable thermal shock test chamber detects chemical changes and physical damage caused by thermal expansion or contraction.
This equipment is suitable for all kinds of electrical and electronic products and other products, parts and materials to carry out high and low temperature constant and gradual change, humidity and heat test and other environmental simulation reliability test.
other uses may cause injury to personnel and damage to equipment.
Sample limit
Testing and storage of samples of flam mable
- High Precision and Speed: Equipped with a Panasonic AC servo motor, precision ball screw, and linear guide system for high-speed, high-precision positioning.
- Real-time Data Collection: Continuously collects puncture force, travel distance, surface temperature, and voltage with no steps and high resolution.
- Remote Control and Data Acquisition: Supports high-speed Ethernet remote control and data collection, effective over distances of up to 100m.
- Comprehensive Safety Testing: Simulates puncture/extrusion forces to assess battery safety, optimizing products based on real-time data.
- Complies with Industry Standards: Meets the safety and testing requirements outlined in GB/T 31485-2015 for electric vehicle power batteries.
