admin@wbetest.com
+86 15118217174
Three-axis fully automatic button load curve instrument

Three-axis fully automatic button load curve instrument

The three-axis fully automatic key load curve instrument is suitable for various RUBBER, metal shrapnel, keys, switches, computer keyboards, mobile phone keys, etc. for [load-stroke] curve testing, and completes the downforce and rebound force tests at the same time. It uses Windows XP Chinese and English window program settings, is easy to operate, and automatically stores test data: load-stroke curve, life decay curve, test results, and the test method can be saved and called.
This machine uses high-precision load cell measurement and servo motor drive, which can measure completely accurate [load-stroke] test results. It is indeed a necessary testing instrument for various key manufacturers' research and development and quality inspection.

Contact

Application

Rubber RUBBER key curve test, metal shrapnel key curve test, keyboard mobile phone key curve test, various switch curve tests, finished mobile phone key curve full inspection test, finished computer keyboard curve full inspection test

Product features:

1. X-Y axis motion trajectory and test: convenient coordinate point finding function in computer software, teaching mode to find X-Y intersection as motion trajectory or directly import test coordinates through AUTOCAD to .dxf document format, and can store motion trajectory according to the specifications of the test mobile phone keyboard for easy next call, storage data group is not restricted。
2. The Z axis is controlled by a single-chip microcomputer measurement controller, and the American TRANSCELL precision load cell collects the key load; the machine is made of high-rigidity steel with a hard chrome-plated surface after grinding, which is rich in texture.
3. X, Y, and Z axes are all driven by Japanese Panasonic servo motors, precision ball screw transmission, low noise, and durable use.
4. It takes about 15 minutes to test a finished keyboard (calculated based on 108 keys, Z axis speed 90mm/min), 4 keyboards/hour, and one machine can complete the full inspection of 96 keyboards in one day.

Related Products
Fully automatic torque testing machine
Fully automatic torque testing machine
It is suitable for torque (torque attenuation) and life test of the hinge of NOTE-BOOK, LCD MONITOR, portable DVD and TV. It can measure the torque value of each forward and reverse rotation, and send the collected torque signal to the PC through the RS-232 communication module. The PC automatically records its curve changes and draws the torque attenuation life curve. The test conditions are set using the Windows® window screen. The operation is simple and convenient, and all data can be stored (test conditions, torque-angle curve, life reduction curve, test data report, etc.)
Fully automatic button load elastic curve instrument
Fully automatic button load elastic curve instrument
This machine is suitable for [load-stroke] curve testing of various RUBBER, metal shrapnel, buttons, switches, computer keyboards, mobile phone buttons, etc., and can also complete the downforce and rebound force testing. It uses the Chinese and English window program settings of Windows XP, which is easy to operate and can automatically store test data: load-stroke curve, life decay curve, test results, and the test method can be saved and called. It uses high-precision load cell measurement and servo motor drive to measure completely accurate [load-stroke] test results. It is indeed a necessary testing instrument for research and development and quality inspection of various button manufacturers.
Fully automatic insertion force testing machine
Fully automatic insertion force testing machine
The servo-controlled fully automatic plugging and extraction force tester is suitable for various connectors for insertion and extraction force testing. It is equipped with an automatic centering device and special fixtures for various connectors to obtain completely accurate plugging and extraction force results. This machine uses Windows Chinese window program settings, is easy to operate, and automatically stores test data (load-stroke curve, load attenuation life curve, test results), and all test conditions can be stored. This machine uses high-precision load cell measurement and servo motor drive to obtain accurate plugging and extraction force results. It is indeed an essential testing instrument for the research and development and quality inspection of connector manufacturers and finished product manufacturers.
Electromagnetic vibration table
Electromagnetic vibration table
The electromagnetic vibration table is an economical but highly cost-effective sinusoidal vibration test equipment (its functions cover fixed frequency vibration, linear frequency sweep vibration, logarithmic frequency sweep, frequency doubling, program, etc.). It simulates the vibration and its impact suffered by electrical and electronic products during transportation (vibration generated on ships, aircraft, vehicles, and spacecraft), storage, and use in the test room, and evaluates their adaptability.The electromagnetic vibration table is widely used in the product design, research and development, and manufacturing process of various industries such as automotive parts, instruments and meters, and toys. It simulates the collision and vibration generated by products during transportation and use, and detects the actual working conditions and structural strength of products.
Small tensile testing machine
Small tensile testing machine
The desktop tensile testing machine is also called a small single-column tensile testing machine. It is used for mechanical property tests of materials such as tension, compression, bending, peeling, puncture, friction, shearing, etc. The load range is 5N-5KN optional. It is tested and provides test data according to international standards such as GB, ISO, JIS, ASTM.DIN, etc. It is widely used in petrochemical, machinery manufacturing, plastics and rubber, adhesives, ceramic building materials, metal materials, as well as colleges and universities, scientific research institutions, technical supervision, quality inspection stations and other departments for research and development and quality control.