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| ModelSDC-350 | Types ofresearch type | weight26.5kg |
| Specification（L*W*H） 840*408*725mm | Material of baseAviation aluminum |
| Experimental platform120mm*150mm | Platform moveManual (upgradeable to automatic) | |
| Platform movement range 60mm*35mm*80mm | Fully automatic integral tilting platform |
| CameraU3.0 | Type of lensHigh Fidelity Microscope Lens |
| Lens magnification6.4 times | zoom±5mm |
| Maximum shooting speed2500 frames/s more models optional | Front and rear adjustment of the lens30mm |
| Lens tilt adjustment±10° |
| Drop sampleAutomatic aspiration and injection | Wetting liquidManual (upgradeable to automatic) |
| Dripping accuracy0.01 μL scalable picoliter system | Liquid injection movement methodManual (upgradeable to automatic) |
| Liquid injection movement stroke50mm*50mm | Injection controlSoftware Digitization |
| Light sourceFocus LED | Wavelength450-480nm |
| Contact angle analysis (complete set) ● | |
| Surface free energy analysisZisman、OWRK、WU、WU 2、Fowkes、Antonow、Berthelot、EOS、Adhesion work, wetting work, spreading coefficient | |
| Surface interfacial tension● | Forward/Backward angle● |
| Roll slip angle● | Dynamic Video Measurement● |
| Injection percentage● | Sloping form● |
| Captive bubble method● | Top view measurement● |
| 3D formoptional | Temperature control platformoptional |
| Video shooting● | Online measurement● |
| Analysis methodThree-phase automatic | Data export● |
| Programming test– – | Morphology spectrum– – |
| Fuzzy topography measurement● | Batch sessile drop method● |
| SoftwareContact angle V3/V5 | |
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