【NEW】For cosmetics! Powder/water-repellent property testing measurement device
Automating the water repellency testing and experiments of powders!
This is a new product that is currently pending patent! ★Product Features★ When testing the water repellency of powder or powdered samples, are you relying on visual inspection, experiments, and data collection by human eyes? When inspected visually, variations in results can occur due to individual differences among operators, and it can become a cumbersome task involving long observation times and timing measurements. Our device can inspect and digitize multiple samples at once. By simply floating the powder/powdered sample in a beaker and setting it in the device, you can output the water repellency data of the sample. It is possible to compare multiple samples as images and data. ★For Users Like This★ - For those handling powders in cosmetics, pharmaceuticals, and food - For those conducting experiments with powdered samples - For those testing the water repellency of powders - For those inspecting multiple powdered samples at once
basic information
1. Float the powder/sample in a small beaker and set it in the device. 2. Input the inspection conditions and start. 3. Check/compare the experiment/inspection results. 【Automation of inspection and data production】 【Reduction of human error】 【Up to 9 samples can be inspected at once】 【No need for time measurement or staring】 【Automatic inspection and recording possible】 【Video recording of the inspection process】 【Output, graphing, and comparison of inspection results possible】
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Applications/Examples of results
Domestic cosmetic manufacturers in Japan conducted hydrophobicity tests on powder samples by floating them in a beaker of water and observing the time it took for the samples to sink, all done by human observation and timing with a stopwatch. The test results varied depending on the operators, and they had to keep their eyes on the samples until the tests were completed. With the introduction of this device, the ease and convenience of hydrophobicity testing have improved. Multiple samples can be tested simultaneously without the need for constant observation, and the test results remain consistent regardless of the operator, allowing for easy comparison of data with past results.
