Used BRANSON / IPC 3000 #9393043 for sale

BRANSON / IPC 3000
Manufacturer
BRANSON / IPC
Model
3000
ID: 9393043
Plasma ashers.
BRANSON / IPC 3000 is an industrial etching and ashing equipment, specifically designed for use in a variety of applications, such as marking and coding, thin-film processing, and fine patterning. It utilizes a high-precision digital & analog feedback loop to ensure consistent precision and accuracy throughout the etching and ashing processes. The machine is capable of handling substrate sizes up to 40 cm by 40 cm, and is designed to deliver a wide range of results from a single substrate size. In the etching process it utilizes a temperature-controlled dielectric coating process, which allows for etching results that have a consistent level of uniformity and resolution. IPC 3000 also has a built-in process chamber for greater control over the uniformity of the process. The machine is further equipped with an integrated vacuum and flame retardant safety system. The ashing process of BRANSON IPC3000 is done using an indirect, chemical-resistant method of reactive bombardment and chemical etching, which protects both the substrate and the components of the machine from damage. It is also fitted with a pressure regulator, allowing controlled and accurate processing. The machine is compliant with ISO and RoHS standards and is designed to work seamlessly with most automated-manufacturing equipment. It includes an easy-to-use graphical user interface that enables one to monitor and manage etching and ashing activities, including adjusting parameters and monitoring the process. Overall, IPC IPC3000 is an incredibly precise and accurate industrial etching and ashing unit, designed to make thin-film processes and high-resolution etching and ashing much easier than ever before. It is equipped with all the latest technology, including an integrated vacuum and flame retardant safety machine, a pressure regulator, and a digital & analog feedback loop. This makes it perfect for a variety of applications, both in research and in industrial settings.
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