Argent Instrument Científic · 2022
Sindin Analitzador de la forma de gotes
- A' Design Award d'Argent 2022 in Instrument Científic
- CLIENT: Singin
- Estimated Number of Design Views: 738,201
- Verification code FAD1C01BFB · Verify this award
Colors
About Sindin Analitzador de la forma de gotes
Sindin és un analitzador de la forma de gotes desenvolupat per a la recerca de laboratori. Sindin mesura l'angle de contacte entre líquids i materials sòlids, que descriu la capacitat d'un líquid per mullar una superfície. L'instrument utilitza l'anàlisi de contorn per vídeo i combina una càmera digital, un microscopi amb zoom i una font de llum LED de fons ajustable. Una taula de mostres tridimensional permet la microinjecció automàtica i el moviment precís. El cos està fet d'alumini de grau aeronàutic. Un programari dedicat captura les imatges, les analitza i exporta les dades mesurades automàticament, cosa que redueix l'error de l'operador.
About the A' Design Award d'Argent
Sindin Analitzador de la forma de gotes és un guanyador del guardó A' Design Award d'Argent, un reconeixement extraordinàriament prestigiós concedit a dissenys d'alta gamma, esplèndids i impressionants. Els guanyadors d'Argent són obres tremendament brillants i summament creatives que il·lustren la perícia, el talent i la perspicàcia excepcionals dels seus dissenyadors. Es preveu que Sindin Analitzador de la forma de gotes sigui una obra meravellosa i de gran lluïment, remarcablement professional i profundament innovadora. Aquest disseny guanyador del guardó A' Design Award d'Argent és un invent molt notable i admirat que beneficia i fa avançar els límits de l'art, la ciència, el disseny i la tecnologia. Sindin Analitzador de la forma de gotes és una creació molt envejada que evoca desitjos, introdueix sentiments positius i desperta sorpresa i admiració.
Press Kit
- Unique Properties
- This is a standard drop shape analyzer, which can measure the contact Angle of all kinds of liquid to solid materials, namely, the wettability of liquid to solid. It also can measure the contact Angle of liquid in the external phase. The concept of wetting contact Angle is often involved in the study of surface modification of nanomaterials. The instrument can meet the high requirements of scientific research work, compared with similar items, its structure is more reasonable, easier to operate.
- Dimensions & Packaging
- Overall dimension of host: 550 (length) * 360 (width) * 450 (height) contact angle measurement range: 0-180 °
Table movement: 60mm up and down: 50mm left and right; Front and rear 30mm maximum sample table size: 10 inches
Sample size: 200mm (width) 120mm (length)
Movement of injector system: 100mm up and down; Left and right 100mm
Optical system: lens 0.7-4.5x continuous zoom lens movement: front and rear 80m (fine tuning 3M) microscope: 0.7-4.5
25 frames / 60 frames / 150 frames / 300 frames / second
Adjustable lens angle: bottom view, head view, top view and multi angle observation (optional)
Light source: LED adjustable blue tone industrial cold light source;
Power supply and power: 220w60hz - Tags
- Contact angle measuring instrument、Drop measuring instrument、Hydrophilic angle 、 hydrophobic angle
- Production Technology
- The instrument is made of high-grade aviation aluminum, equipped with industrial special CCD digital camera, high-resolution zoom microscope and high brightness LED background light source system, combined with three-dimensional sample table to realize automatic micro injection and precise movement up, down, left and right. Adopt USB2 0 standard interface is connected to the computer, and the measuring instrument software will automatically capture image data, analyze images, and export technical data.
- Design Challenge
- This instrument needs to be applied in different material fields and requires different sizes and specifications. Therefore, the base part of the instrument is changed to the form of removable replacement in the research and development process. In addition, in order to wrap the exposed structure well and partition each functional part well, many attempts have been made in man-machine experience. Finally, the current results have been obtained, and it looks good.
- Research
- This is a precision instrument that studies the surface tension of various solids and liquids, such as surfactant, PCB, chip (wafer), fabric surface, paint and coating, paper, film, cosmetics, film, etc. it has a variety of different surface energy calculation methods, such as Zisman, work, forks, EOS, etc. press the "calculation" on the surface tension test interface, and the software will automatically capture image data and analyze images Calculate the surface tension and the actual width of droplets, analyze the characteristics of materials and apply them to products with different requirements.
- Inspiration
- Making scientific instruments more operational and experiential is the driving force of design. At present, nano material science and engineering has become a worldwide research hotspot. This instrument uses the video appearance contour analysis method to measure the data of sample surface hydrophobicity, wettability, surface tension and so on. The operator can flexibly adjust the conditions required by the experiment as long as he changes the settings in a few simple steps.
- Project Duration
- The project was launched in Shenzhen, China in February 2021 and completed in Dongguan, China in February 2022. At present, it is still in the verification stage.
- Operation Flow
- First, connect the power supply to the back of the instrument, connect the data cable at the computer end to the port of the video optical system, press the on / off key to prepare for work, then open the special software and use the computer to control the precise drip. As long as you press the "2" key on the keyboard, the software will automatically capture the image data, analyze the image, display the result data and other steps; The whole process is completed automatically.
- Image Credits
- Image#1: orthogonal graph, image #2: stereogram, image #3: operation demonstration，Image #4 : video optical system, image#5: application scope
