380 Volts Multifunctional Plasma Deburring Machine Polishing Equipment For Inner Holes

Place of Origin China
Brand Name JIAYUYI
Certification ISO9001
Model Number JYY-PP001
Minimum Order Quantity 1
Price Negotiable
Packaging Details Export Standard Packing
Delivery Time 20-25 working days
Payment Terms T/T, Western Union
Supply Ability 30 sets per month

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Product Details
Process Deburring Feature Deburring Of Inner Holes
Roughness Reduce Flatness Improve
Processing Accuracy 0.002mm Demension 2000*1300*1900
Polishing Liquid Neutral PH Value Rated Voltage 380 Volts
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380 volts plasma deburring machine

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Product Description

Plasma polishing Deburring and Deburring of Inner Holes

 

Specifications

 

Serial No. Item Value Unit
1 Plasma Working Power (Multifunctional) 399 Ampere
2 Operating Voltage 380 Volt
3 Maximum Current Setting 600 Ampere
4 Safe Operating Current 600 Ampere
5 Control System Power Supply 220 Volt
6 Single Tube Power of Heating Pipe 10 kW
7 Total Power of Heating 60 kW
8 Equipment Dimensions 2000(L) x 1300(W) x 1900(H) mm
9 Plasma Power Supply Dimensions 1300(L) x 830(W) x 1250(H) mm
10 Plasma Reaction Chamber Dimensions 1100(L) x 720(W) x 820(H) mm
11 Effective Stroke of Hanger 650 mm
12 Maximum Effective Load 100 kg
13 Total Power Consumption of Equipment 399 Ampere, 210/270 kW  
14 External Power Line for Equipment (Three-box Five-wire) 150 square mm
15 Human-Machine Interface Size (Large Screen) 10 inches

 

Feature

 

plasma polishing, also known as the fourth state of matter, is an electromagnetic gaseous discharge phenomenon that partially ionizes gaseous particles. The ionized gas includes atoms, molecules, atomic clusters, ions, and electrons. Plasma is a layer of gas, namely ozone, generated between the polishing solvent and the processed product under the pressure of electric charge. When the ions in this gas reach a certain quantity, a plasma state is formed. Under the influence of positive ions, ion exchange occurs on the surface of the metal, leading to an enhancement in the smoothness of the product. This results in the desired polishing effect,The effect of deburring inner holes and reducing roughness.

 

Advantages

 

 

Parameter Chemical Polishing Electrolytic Polishing Plasma Etching Polishing
Polishing Liquid Price Expensive Expensive Low
Toxicity High High None
Aging Difficult to regenerate Difficult to regenerate Periodic replenishment
Waste Liquid Difficult to treat Difficult to treat Minimal, non-polluting
Pre-treatment Complex Complex Not required
Post-treatment Hazardous substances Hazardous substances Simple rinsing
Leveling Effect Poor Good Excellent
Brightness Effect Good Good Very good
Suitable for Complex Parts Yes Yes Yes
Automation Feasibility Yes Yes Easy
Operation Difficulty Moderate Moderate Fast
Polishing Speed Slow Faster Fast
Hardness Impact Not noticeable Not noticeable Increased

 

This table provides a comparison of these three polishing technologies in various aspects. The choice of the appropriate polishing technology depends on specific application requirements, cost considerations, environmental concerns, and the characteristics of the workpiece.

 

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380 Volts Multifunctional Plasma Deburring Machine Polishing Equipment For Inner Holes 0

380 Volts Multifunctional Plasma Deburring Machine Polishing Equipment For Inner Holes 1380 Volts Multifunctional Plasma Deburring Machine Polishing Equipment For Inner Holes 2