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Product details
Economical, using the active action of plasma gas to modify and clean the surface of the treated object
characteristic
Economic plasma cleaning machine.
Simple plasma treatment operation.
No need for high-frequency usage application.
Expected application cases
<Cleaning>
● Removal of organic films (such as oil, wax, etc.).
Cleaning, electroplating, and coating pre-treatment of electronic components, optical components, and small parts.
Disinfection of bacteria, etc. (etching of cell membranes by oxygen free radicals or disinfection by ultraviolet radiation).
<Surface Modification>
The functional groups on the surface of polymer materials are attached, resulting in improved adhesion and cohesion. By oxidation reaction, - OH is generated on the surface Functional groups such as C=O and - COOH (influenced by trace amounts of water and carbon dioxide);
Cleaning, electroplating, and coating pre-treatment of electronic components, optical components, and small parts.
Disinfection of bacteria, etc. (etching of cell membranes by oxygen free radicals or disinfection by ultraviolet radiation). Similarly, during nitrogen plasma, the surface absorbs nitrogen atoms to generate - NH2 functional groups.
Improve the adhesion of various polymers and enhance the biocompatibility of medical dental materials.
By processing the culture dish, culture medium can be evenly applied on it.
<Etching>
Etching of organic polymer materials. Organic polymer oxygen can be used as an etching gas to etch the resist.
● Promote seed germination and other experiments.
Specifications
characteristic
Economic plasma cleaning machine.
Simple plasma treatment operation.
No need for high-frequency usage application.
Expected application cases
<Cleaning>
● Removal of organic films (such as oil, wax, etc.).
Cleaning, electroplating, and coating pre-treatment of electronic components, optical components, and small parts.
Disinfection of bacteria, etc. (etching of cell membranes by oxygen free radicals or disinfection by ultraviolet radiation).
<Surface Modification>
The functional groups on the surface of polymer materials are attached, resulting in improved adhesion and cohesion. By oxidation reaction, - OH is generated on the surface Functional groups such as C=O and - COOH (influenced by trace amounts of water and carbon dioxide);
Cleaning, electroplating, and coating pre-treatment of electronic components, optical components, and small parts.
Disinfection of bacteria, etc. (etching of cell membranes by oxygen free radicals or disinfection by ultraviolet radiation). Similarly, during nitrogen plasma, the surface absorbs nitrogen atoms to generate - NH2 functional groups.
Improve the adhesion of various polymers and enhance the biocompatibility of medical dental materials.
By processing the culture dish, culture medium can be evenly applied on it.
<Etching>
Etching of organic polymer materials. Organic polymer oxygen can be used as an etching gas to etch the resist.
● Promote seed germination and other experiments.
Specifications
|
model |
PM100 |
|
Plasma generation source |
Low frequency high voltage power supply, output about 100W, frequency 60KHz, output voltage 10kV |
|
Motor structure |
Capacitive 2-Division |
|
Gas flowmeter |
Oxygen usage, flow rate 30-300mL/min |
|
Vacuum adjustment valve |
Used for vacuuming and returning to the atmosphere |
|
Reaction chamber size |
Inner diameter 100mm x depth up to approximately 200mm |
|
Dimensions (width x depth x height mm) |
310×300×448 |
|
Power supply 50/60Hz |
AC100V 10A(including Max7A vacuum pump) |
|
Vacuum pump interface |
Outer diameter Φ 6.35mm (recommended vacuum pump exhaust speed 30L/min) |
|
Gas interface |
Outer diameter Φ 6.35m |
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