Used SAMCO UV-1 #9302855 for sale

Manufacturer
SAMCO
Model
UV-1
ID: 9302855
UV Ozone 6" Diameter 10mm (3/8") Thick Oxygen flow to ozone generator 5 Ipm Temperature: 300° Completely dry process.
SAMCO UV-1 is an etcher/asher designed to provide highly efficient performance with a chemistry-resistant ceramic surface. This device is designed with a wide range of flexibility and convenience to meet the precise needs of the customer. SAMCO UV 1 utilizes an ultraviolet radiation source for etching and ashing. It offers precise etching and ashing with the ability to precisely adjust chamber pressure to reliably create reliable and consistent results. The device has a chemical-resistant ceramic chamber which enables it to reach temperatures up to 900°C with oxygen and argon gas, which provides the ultimate in temperature accuracy and control. The device is equipped with a double quartz window system which allows for visibility of both sides of the etched or ashed surface for further analysis. As well, UV-1 offers a quartz orienting system that is highly efficient in collecting the ashed material produced from the etching process and efficiently removes it from the chamber. The device possesses a variety of features that make it an excellent choice for etching and ashing applications. For instance, UV 1 has a heated sample holder that is designed to increase the etching time as well as the uniformity of the results. The device also offers a versatile heated quartz crucible which is designed to handle various etching and ashing materials. Additionally, SAMCO UV-1 has a digital control panel which allows for precise settings and recipes customized for each user. SAMCO UV 1 is ideal for a wide range of etching and ashing applications. Its combination of features make it an excellent choice for a variety of tasks, from low temperature etching to high temperature ashing and beyond. Its efficient and reliable performance ensure that users can be confident in the accuracy and consistency of their results.
There are no reviews yet