Heat treatment machine HAN'S GS laser beam cladding equipment
Description:
Gas Carrier& Powder feeding system
1. GS-TEL type laser powder feeding system
Above is the structure schematic diagram for the carrier feeding device, it mainly composed by hopper, rotary blade plate, entrance, export oriented, inlet port, discharging mouth, dc speed regulating motor, etc. Air inlet load/dry air or nitrogen argon, pressure about 3 KGF/cm2 ; through that the locator adjust the rotation speed of dc motor, dc motor driven rotating feed rotating, to realize the setting and adjusting of the feeding amount, motor speed display digitally. The powder feeding machine has the feature of continuous, uniform and adjustable precise powder feeding, etc.
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Model |
GS-TEL Type Laser Powder Feeding System |
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Overall Dimension |
450x350x1500mm |
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Distribution Power Supply |
220V,50Hz;One-Way 220V,50Hz |
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Air Supply Pressure |
≥0.3Mpa |
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Powder Capacity |
1.5L |
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Powder Size |
15μm100μm |
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Powder Shape |
Spherical Particle |
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Powder Feeding Speed |
1030g/Min |
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2 Coaxial powder feeding system
Equipped with paraxial pneumatic type coaxial feeding device, installed below the laser head,move with the laser head, output powder overlaps with light beam focus, It is used for laser cladding processing of artifacts or work piece local repair, convenient, quick, efficient. It can feed powder with coaxial laser beam to complete the processing for the complex surface laser cladding.
3 Paraxial powder feeding system
Equipped with a preset paraxial powder
Specification:
|
Model |
GS-LS3DA |
|
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Max.Outside Diameter |
70mm |
|
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Optical Diameter |
44mm |
|
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Machine Weight |
5kg(Does Not Contain The Nozzle) |
|
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Laser Beam Quality |
60mm.Mrad |
|
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Collimating Focal Length |
81mm |
|
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Focal Length |
400mm |
|
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Spot Size |
3mm |
22mm×3mm(Optional) |
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Optical Fiber Connector Socket |
LLK—D |
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Storage Temperature |
5-65 |
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Operating Temperature |
Max.50 |
|
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Temperature |
Non-Condensing |
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Advantages:
High density of the laser beam, high heating speed, less heat effected area and less deformation.
Controlling the laser energy input, the cladding dilution of basic material can be controlled in a very low level, to ensure the cladding layer and substrate formed under the premise of metallurgical combination, keep excellent properties of the original selected cladding material.
By mixing different alloy powder composition analysis, metallurgical bond layer fully dense.
Able to select the area to do cladding, less material consumption.
Due to the rapid heating and cooling , the laser cladding layer’s tissue is uniform and dense , less micro defects, better than other techniques.
Belong to non-contact processing, easy automation, realize flexible manufacturing.
Precisely control the power, position and shape of laser beam, easy to achieve selected area and even micro area cladding, and rarely no heat effect to original material.
Cladding layer dilution degree is small, and can be precisely controlled.
Application Industry:
Widely used in sheet metal processing, aviation, aerospace, electronics, electrical appliances, tube fittings,
automobile, food machinery, engineering machinery, precision parts, ships, metallurgical equipment, elevators,
household appliances, kitchen utensils and appliances, craft gifts, tool processing, decoration, advertising and
other manufacturing industries.
