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| Quantity: | |
|---|---|
hongjin
| Equipment Specifications | |
| Overall machine dimensions | 730x380x750mm |
| Weight | Approx. 35KG |
| Power supply | Voltage 220V, Power 60W, Frequency 60HZ |
| Platform dimensions | 180x200x80mm |
| Overall platform tilt | Electric tilting platform |
| Platform tilt angle | 0°--90° |
| Sample dimensions | 300 x∞x70mm |
| Adjustment range | X-axis manual travel: 80mm, accuracy: 0.1mm |
| Y-axis manual travel: 50mm, accuracy: 0.1mm | |
| Z-axis manual travel: 100mm, accuracy: 0.1mm | |
| Camera | Imported chip |
| Camera Frame Rate | 300fps (higher frame rate optional) |
| Camera Pixels | 5MP |
| Lens | Custom telecentric zoom lens |
| Lens Tilt | ±10° accuracy, 0.5° precision |
| Lighting System | Single-wave cold light source with focusing ring protective cover, lifespan over 60,000 hours |
| Lighting Adjustment | Hardware and software co-control |
| Drip System | Software-controlled automatic drip pump |
| Drip Movement Range | X-axis manual adjustment 80mm, accuracy 0.01mm |
| Z-axis automatic adjustment 80mm, accuracy 0.01mm | |
| Instrument | High-precision quartz syringe, 500ul capacity |
| Software parameters | |
| Contact angle measurement range | 0-180° |
| Contact angle resolution accuracy | 0.001° |
| Interfacial tension range | 0～2000mN/m |
| Surface tension resolution accuracy | 0.01mN/m |
| Dynamic tension | Software automatically reads |
| Surface Energy Measurement Methods | OWRK method, Zisman method, EOS method, Fowkes method, Wuwim method, dispersion force, polar force (algorithms and liquid libraries can be added). |
| Adhesion Work | One-click automatic analysis |
| Spreading Coefficient | One-click automatic analysis |
| Wetting Work | One-click automatic analysis |
| Software Algorithm | Resolution fitting method, arc surface method, θ/2 method, tangent method, angle measurement method, width and height method, L-Y method, circle method, ellipse method, oblique ellipse method |
| Analysis Method | The methods include: seated drop method, fiber method, dynamic wetting method, hanging drop method, inverted hanging drop method, attached drop method, needle method, 3D morphology method, and bubble trapping method. |
| Analysis Approach | Wettability analysis, static analysis, real-time dynamic analysis, photo analysis, video analysis, forward and backward angle analysis |
| Measurement Method | Fully automatic, semi-automatic, and manual (programmed automatic testing) |
| Saving Mode | Word, Excel, spectral graphs, photos, videos |
| Equipment Specifications | |
| Overall machine dimensions | 730x380x750mm |
| Weight | Approx. 35KG |
| Power supply | Voltage 220V, Power 60W, Frequency 60HZ |
| Platform dimensions | 180x200x80mm |
| Overall platform tilt | Electric tilting platform |
| Platform tilt angle | 0°--90° |
| Sample dimensions | 300 x∞x70mm |
| Adjustment range | X-axis manual travel: 80mm, accuracy: 0.1mm |
| Y-axis manual travel: 50mm, accuracy: 0.1mm | |
| Z-axis manual travel: 100mm, accuracy: 0.1mm | |
| Camera | Imported chip |
| Camera Frame Rate | 300fps (higher frame rate optional) |
| Camera Pixels | 5MP |
| Lens | Custom telecentric zoom lens |
| Lens Tilt | ±10° accuracy, 0.5° precision |
| Lighting System | Single-wave cold light source with focusing ring protective cover, lifespan over 60,000 hours |
| Lighting Adjustment | Hardware and software co-control |
| Drip System | Software-controlled automatic drip pump |
| Drip Movement Range | X-axis manual adjustment 80mm, accuracy 0.01mm |
| Z-axis automatic adjustment 80mm, accuracy 0.01mm | |
| Instrument | High-precision quartz syringe, 500ul capacity |
| Software parameters | |
| Contact angle measurement range | 0-180° |
| Contact angle resolution accuracy | 0.001° |
| Interfacial tension range | 0～2000mN/m |
| Surface tension resolution accuracy | 0.01mN/m |
| Dynamic tension | Software automatically reads |
| Surface Energy Measurement Methods | OWRK method, Zisman method, EOS method, Fowkes method, Wuwim method, dispersion force, polar force (algorithms and liquid libraries can be added). |
| Adhesion Work | One-click automatic analysis |
| Spreading Coefficient | One-click automatic analysis |
| Wetting Work | One-click automatic analysis |
| Software Algorithm | Resolution fitting method, arc surface method, θ/2 method, tangent method, angle measurement method, width and height method, L-Y method, circle method, ellipse method, oblique ellipse method |
| Analysis Method | The methods include: seated drop method, fiber method, dynamic wetting method, hanging drop method, inverted hanging drop method, attached drop method, needle method, 3D morphology method, and bubble trapping method. |
| Analysis Approach | Wettability analysis, static analysis, real-time dynamic analysis, photo analysis, video analysis, forward and backward angle analysis |
| Measurement Method | Fully automatic, semi-automatic, and manual (programmed automatic testing) |
| Saving Mode | Word, Excel, spectral graphs, photos, videos |
