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E-mail
xqjiang@rtec-instruments.cn
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Phone
18013892749
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Address
Room 305, 26 Shangdi Chuangye Middle Road, Haidian District, Beijing
Beijing Zhongjingyi Technology Co., Ltd
xqjiang@rtec-instruments.cn
18013892749
Room 305, 26 Shangdi Chuangye Middle Road, Haidian District, Beijing
Rpo-6 typeChemical mechanical polishing machineMain Features
technology
Chemical mechanical polishing (CMP) is a process used to flatten chips or other materials during processing, and polishing technology utilizes the synergistic effect of physics and chemistry to polish chips. It is achieved by applying a loading force to the base of the sample stored in the polishing pad. When the polishing solution containing both abrasives and active chemicals passes through the bottom, the polishing pad and sample begin to count and rotate.
In-situ friction
This instrument studies basic polishing techniques by measuring in-situ friction and wear, while changes in friction can be used to approximate removal rates.
In situ gasket wear
The in-situ wear rate can be used to reflect the state of the gasket under polishing, adjustment, and other conditions.
state
In situ and non in situ regulation
chip size
The easily replaceable chip fixture can polish samples ranging in size from 1 inch to 6 inches on the same tester.
pump
Independent programmable pumps can provide mud, water, and other chemical products.
Consumables and related consulting
The standard polishing materials we provide not only include instruments but also a range of consumables such as polishing fluid and pads. At the same time, our scientific team will also provide you with consulting services on process development and optimization.
Rpo-6 typeChemical mechanical polishing machineSpecifications
Artificial chip loading
Desktop CMP development system
In situ and non in situ regulation
Mud and water pipes using programmable pumps
High hardness and good force control
340mm drum diameter
6-inch sample
In situ friction and gasket wear selection
Printing size w870x, d800x, h870mm
Application - CMP, MEMS, consumables testing
application
polishing
Process Development
Environmental development
Polishing fluid development
Characterization of polishing pad
Particle development