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Want to Coat Sample Surfaces More Efficiently?
As we said before, we will continue to innovate and develop new products, and we will continue to do so in the future, so today we bring you the latest product, the small evaporation coating machine, which is designed for carbon evaporation coating on the surface of small laboratory samples and is widely used in scanning electron microscope (SEM) sample preparation. In the design process, we took into account the convenience of users, so the small evaporation coating machine has a small and exquisite, efficient vacuum performance and simple and convenient operation. So do you want to know how it actually plays its value? Let me give you a detailed introduction below.
The small evaporation coating machine has many outstanding advantages in actual work. First of all, the efficient vacuum performance is remarkable. It is equipped with a direct-connected double-rotation mechanical pump (including oil filter and anti-oil return device), and the vacuum degree can reach 10-2 Torr, which effectively guarantees the coating quality. Secondly, the compact design makes the small evaporation coating machine only 340mm×390mm×300mm in size, which occupies a small area and greatly saves laboratory space. At the same time, the user-friendly design with convenient operation allows experimenters to quickly get started and complete the operation easily. Finally, the equipment uses carbon fiber double wire (A/B optional), and the evaporation area can reach Ø45mm, which can meet the processing needs of a variety of samples.
Simple and convenient operation process:
Sample preparation: Fix the sample to be coated on the sample fixture, and the sample surface needs to be clean and dust-free.
Load carbon fiber filaments: Select A/B type carbon fiber double filaments according to experimental requirements and install them on the evaporation source.
Evacuate: Start the vacuum pump.
Start coating: Set the evaporation current and start the evaporation process. The carbon fiber filaments evaporate carbon atoms after being heated and evenly deposited on the sample surface.
Cooling and sampling: After the coating is completed, turn off the equipment and take out the sample after cooling.
The sample surface treated by the small evaporation coating machine can achieve a uniform and dense carbon film, significantly improve the conductivity and imaging effect of the sample, and make SEM imaging clearer and more detailed. In the future, we will continue to listen to the voice of users, continuously improve and upgrade products, and provide more efficient and accurate experimental equipment for scientific researchers. If you want to know more product details or get an operation video, please contact us!