Electronic Product Reliability Tester
This machine is designed for mobile phone, tablet computer, electronic dictionary, e-book, charger, car door lock, rotating shaft and other products to do torque test.
The Connector Side Force Tester is designed for USB holders, headphone holders, charger plugs to do the front, back, left and right lateral force test of the cell phones, pad，PC, electronic dictionaries and other portable mobile devices.
The Spindle Durability Torsional Testing Machine RS-6300A II is designed for checking whether the hinge strength of notebooks, portable DVDs, electronic dictionaries, and GPS navigation systems remains intact or not after repeated opening and closing of the LCD cover. It detects any increase in hinge resistance that might harm the plastic body.
Designed for folded cell phone testing requirements, to meet the four or six W200 * L250mm (max) size foldable cell phone folding life test.
Designed for the small torque tests of products, including TWS headset charging box spindles, smartwatch knobs, cellphone spindles (HINGE), NOTEBOOKs and HINGEs for torque attenuation and life tests. It is even capable of measuring ammonium chain torque tests for products like glasses cases and folding screen cell phones, displaying torque values for each positive and negative rotation.
The Controlled Drop Test Machine is designed for cell phone, walkie-talkie, electronic dictionary, building and apartment intercom telephone, CD/MD/MP3 and other small consumer electronic products and parts for free fall test, in order to assess the product at a certain height by diamond, corner, surface drop test, function and structure is reliable.
The RS-DP-04-2D Micro-Drop Tester is designed for testing small electronic consumer products, such as mobile phones, tablets, e-readers, chargers, and more. This device simulates the minor drops that occur during everyday use, such as dropping the product onto a tabletop or similar surface, to evaluate the durability of the outer shell and the impact resistance of the internal structure.
