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E-mail
frank.yang@acuitik.com
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Phone
13817395811
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Address
4th Floor, No. 298 Xiangke Road, Pudong New Area, Shanghai
Product Categories
Suzhou Xishi Technology Co., Ltd
Bending surface facial mask thickness meter (handheld)
NegotiableUpdate on 02/09
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Overview
NS Touch Bending Surface facial mask Thickness Meter (handheld) is an excellent handheld film measurement system with significant price advantage. Capable of quickly analyzing the reflection spectrum data of thin films within seconds, and analyzing the thickness of single-layer and multi-layer thin films. The dedicated handheld probe facilitates the measurement of curved surfaces such as glasses and car lights.
Product Details
NS Touch Bending Surface facial mask Thickness Meter (handheld) is an excellent handheld film measurement system with significant price advantage, can be used for testing the thickness of the hardened film on eyeglass lensesIt can quickly analyze the reflection spectrum data of thin films within a few seconds and analyze the thickness of single-layer and multi-layer thin films. The dedicated handheld probe facilitates the measurement of curved surfaces such as glasses and car lights.
1ACUITIK NS Touch surface thickness measurementMain functions of the instrument
1. Anti reflective coating thickness measurement (AR Coating)
-Easy to operate: Measure the anti reflection film on curved glasses and other optical lenses.
2. Measurement of Hard Coating Thickness
-It is possible to measure the thickness of both the hard coating and the primer layer simultaneously.
3. Measurement of thickness of hydrophobic layer
-The hydrophobic layer is very thin, only about a hundred atoms thick, so short wavelength ultraviolet light is needed for measurement.
2、 Features of NS Touch curved surface facial mask thickness meter (handheld)
1. Easy Calibration: The AutoCal algorithm frees users from the tedious process of daily calibration.
2. Improve accuracy: Minimize back reflection interference to ensure more accurate and reliable measurement results.
3. Easy operation: Thanks to the automatic sample detection algorithm, the measurement process is intuitive and easy to use.
3、 NS Touch series parameter specifications
| model | NS-TouchUV | NS-Touch | NS-Touch NIR |
| wavelength range | 190 nm – 1100 nm | 380 nm – 1050 nm | 950 nm – 1700 nm |
| Thickness measurement range1 | 0.02 μm – 40 μm | 0.05 μm – 80 μm | 0.1 μm – 250 μm |
| accuracy2 | 0.01 μm or 0.2% | 0.01 μm or 0.2% | 0.02 μm or 0.4% |
| precision3 | 0.001 μm | 0.001 μm | 0.002 μm |
| stability4 | 0.001 μm | 0.001 μm | 0.002 μm |
| spot size | 100 μm | 100 μm | 100 μm |
| measure speed | < 1s(Single measurement) | < 1s(Single measurement) | < 1s(Single measurement) |
| light source | Tungsten halogen lamp+Deuterium lamp | Tungsten halogen lamp | Tungsten halogen lamp |
| sample size | Diameter from1mmto300mmOr larger | Diameter from1mmto300mmOr larger | Diameter from1mmto300mmOr larger |
1. Depending on the specific material
2. Si/SiO2 (500~1000nm) standard sample
3. Calculate the 1-fold standard deviation of 100 measurements of 500nm SiO2 standard plate, and take the average of the 1-fold standard deviation of 20 effective measurement days
4. Calculate the average value of 100 measurements of 500nm SiO2 standard plate, and double the standard deviation of the average value of 20 effective measurement days
NS Touch measurement example, thickness measurement of AR coating on the lens
An example of NS Touch repeatability accuracy shows that the stability of the Hard coating thickness measurement on the lens has a 1-sigma standard deviation of less than 0.001 micrometers.
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