More accurate and reliable tests
Microcomputer program control and advanced servo motor bring accurate positioning. The InnoFlex Bally Flexing Tester can return to its original position. It stays stable during the flexometer test. This stability makes the tests more accurate and reliable.
Smart Leather Folding Endurance Tester
This folding endurance tester connects to the SmarTexLab app. The ChiuVention team made the app. It works on smartphones using WIFI. It lets testers set parameters. They can watch the folding test and get alerts on their smartphone. They can also share the flex testing results in real-time.
Efficient and durable
You can select from 12 workstations of this InnoFlex Bally Flexing Tester. You can choose single-station or multi-station mode. The running times of each mode can be counted separately, so you can test a variety of samples at the same time. The NSK bearings are from Japan. Precision mold-casting stainless steel makes the flexing tester. This Bally Flexing Tester has a scratch-resistant appearance and a longer service life.
More user-friendly
The noise of this InnoFlex Bally Flexing Tester is only 60 dB, much lower than other bally flexing testers in the market. The interface is ergonomic. It can save the running data, even if the power fails.
The Specification of InnoFlex Bally Flexing Tester
Testing station: 12 stations
Testing speed: 100 rpm
Working stroke swing angle 22.5° ± 0.5°
Test times: 0 to 9,999,999 (adjustable)
Greatest clamping distance
the maximum folding thickness of the test sample is 7 millimeters.
Upper and lower spacing
The spacing between the upper and lower clamps is 25mm
Standard accessories
Cutter die: 70 x 45 mm
Standards
ISO 5402-1:2017
ISO 32100:2018
ISO 20344-2011
Optional Standard
SATRA TM 55
Power: 220V/110V, 50/60Hz
Weight 55kg
Dimension: 850 x 490 x 287mm (D x W x H)
ChiuVention provides more smart textile testing equipment. Contact us for details of textile testing machines.
Frequently Asked Questions
It is a machine used to test the flexibility and durability of leather. It does this through repeated folding. It bends leather in a controlled manner. This shows how well it resists cracking or breaking.
Clamp or hold a leather sample at both ends. A movable plate or arm then folds the sample at a fixed bend point with a consistent force and rate of flexion. Sensors count the number of folds before failure.
The textile flex tester measures how many double folds a material can withstand. The folds happen at a set bend radius and force.
It resists cracking from flexing. Flexing ages it and shows how many cycles it takes to crack.
Tear strength – It introduces a controlled tear to find resistance to propagation.
We use bend radius, flexing rate, and flexing force to simulate different conditions. These conditions cause aging from acceleration.
Sample size/thickness – To accommodate different leather grades.
Temperature and humidity – For climate chamber testing.
Efficient and durable
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