- Overview
- Product Parameters
- Features
- Advantages
- Application
Basic Info.
Product Description
QYHC3050 is mainly suitable for laser cladding processing of inner and outer walls of shaft parts. It has the characteristics of high efficiency, low cost, green and environmental protection. It can prepare reinforced layers with extremely low dilution rate and much higher bonding strength than electroplating. It is mainly used in coal mining, machinery manufacturing, printing industry, food industry and other fields.
| Model | QYHC3050 |
| Laser Power | 6000w/12000w |
| Powder Feeder | Pneumatic powder feeder |
| Cladding head | 20x2 broadband blind hole Laser cladding head / 30x3 broadband blind hole Laser cladding head / High-speed blind hole Cladding head |
| Chuck | 500 (three-jaw self-centering) |
| Maximum work piece length | 3000mm |
| Maximum workpiece rotation diameter | 1200mm |
| Maximum load | 2T |
| Control System | Intelligent cladding system |
01. Closed Structure Design
Reserved dust removal interface, safer and more environmentally friendly.
02. Wide Opening Size
Easy to use.
03. Design With Multiple Doors On All Sides
Easy maintenance.
04. One Machine For Multiple Purposes
At the same time, it meets the laser cladding processing needs of through holes, blind holes, and cylindrical workpieces.
05. Intelligent Cladding System
Equipped with a self-developed intelligent cladding head, it can display and automatically monitor the temperature of the tower head lens in real time.
06. Equipped With Integrated Automatic Lubrication System
Achieve regular and quantitative automatic supply of lubrication for key moving parts of passengers and extend service life.
07. The Spindle Adopts Continuously Variable Speed Design
It has the characteristics of high output torque, high rigidity, smooth operation at low speed, and convenient speed adjustment.
08. The Tailstock Has A High-Performance Dustproof And Light-Blocking Design
Prevent dust from entering the tailstock and affecting normal work.
· Ability to place tailored performance enhancing material exactly where required.
· Can be used with a wide choice of materials, both as the substrate and the layer including bespoke alloy or metal matrix composite (MMC) design.
· Little or no porosity within the deposits (>99.9% density).
· Relatively low heat input results in a narrow heat affected zone (EHLA as low as 10µm).
· Minimal distortion in the substrate reduces the need for corrective machining.
· Easy automation and integration into CNC and CAD/CAM production environments.
· Reduced production times.
· Improved thermal control with laser power modulation.
· Ability to produce functionally graded parts.
· Precise deposition rates, dependant on equipment and application characteristics.
· Good mechanical properties.
· Suitable for repair of worn parts.
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