[New Product Recommendation] Leibo plasma cleaning machine solves the problem of cleaning complex materials!

To further meet the experimental process requirements of customers, Leibo Instrument has launched a new experimental plasma cleaning machine: PT13M-BE, PT13M-SE, PT13M-GE, PT40K-BE, PT40K-SE

Instrument Introduction

Plasma cleaner, also known as plasma cleaning machine or plasma surface treatment instrument, is a new high-tech technology that uses plasma to achieve effects that conventional cleaning methods cannot achieve.

Plasma cleaning canRemove small oil films, rust, or other oily contaminants from the surface of the equipmentAnd after plasma cleaning, there will be no residue left on the surface of the equipment.

working principle

Plasma cleaning machine is a device that uses plasma technology to treat the surface of materials, and its working principle is mainlyBased on the physical and chemical reactions between active particles in plasma and material surfacesThus achieving the goals of cleaning, activation, and modification.

Application process

Leibo apparatusThe PT series plasma cleaning machine is mainly used for:Hydrophilic treatment, surface treatment, hydrophobic treatment, bonding treatment.

Hydrophilic treatment operation

Vacuum plasma cleaning machineBy generating electric field energy through a high-frequency power supply, gas molecules undergo ionization and excitation, forming a substance containing a large amount of positive ionsPlasma of active substances such as ions, electrons, and free radicals.

These active substances can remove surface pollutants and organic matter when they interact with the material surfaceIntroducing oxygen-containing polar groups such as hydroxyl and carboxyl groups on the surface of the material increases its hydrophilicity.

① Preparation stage:

Place the material to be processed into a vacuum plasma cleaning machine and set appropriate processing parameters,Such as processing time, gas type and concentration, etc.

② Vacuum pumping stage:

Start the vacuum pump and evacuate the chamber to a vacuum state.

③ Inject gas:

Select appropriate gases (such as argon, oxygen, nitrogen, etc.) and inject them into the chamber to form plasmonsChild body.

④ Plasma irradiation:

Under certain voltage and current conditions, plasma is generated through the plasmaActive particles interact with the surface of materials to remove surface pollutants and introduce hydrophilic groups on the surface.

⑤ End processing:

Stop plasma irradiation, remove the material, and complete hydrophilic treatment.

Our Advantages

1. Suitable for substrates under 8 inches in size

2. Can handle materials with complex shapes

3. Low temperature plasma with low energy and high density

4. No damage to the processed product and no change in material properties

5. Efficient cleaning to quickly achieve the desired surface hydrophilicity

6. No environmental pollution, no chemical consumption, and the machine itself does not produce pollutants