Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution
Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution
Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution
Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution

Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution

$9,872.24/Piece
Place of Origin
China
Shipping
Air Freight, Ocean Freight, Land Freight

Product Description

Overview

brand
Wuhan Keyi Optoelectronics
brand
Wuhan Keyi
Processing customization
yes
Specification and model
KY-LC-FB100
Equipment structure
Handheld cleaning head+mobile electronic control box
Cleaning line size
1-120mm (conventional)
Fiber length
Standard configuration of 3 meters
Cooling method
Air-cooled
Power requirements
AC220V/380V ± 10%
Saleable land
nationwide
after-sale service
One year warranty for the entire machine and two years warranty for the laser

Product Details

Typical Features of Equipment



The laser cleaning process itself has the following characteristics:
1) The types of dirt that can be cleaned and the range of suitable workpiece substrates are relatively broad, with a large market share;
2) No need to use chemical agents and cleaning fluids/cost saving, the cleaned waste is basically solid powder (partially due to the high-temperature performance of the laser beam causing gas self evaporation), and there is no contact working mode and no surface damage caused by stress reactions on the workpiece;
3) Laser can be transmitted through optical fibers, in conjunction with robotic hands and robots,
Firstly, it facilitates remote operation and can clean areas that are not easily accessible by traditional methods, which can reduce operational losses when used in some hazardous locations; Secondly, it can also facilitate automated operations, improve work efficiency and production capacity;
4) It can cooperate with various mechanical and electronic automation systems to achieve high laser cleaning efficiency and save time.
If the mold can be cleaned in just 30 minutes (depending on the mold specifications and pollution situation)
Secondly, this device has its own characteristics in terms of configuration,
1) The laser source adopts a fiber laser, with a service life of 50000 to 100000 hours and can operate stably for a long time;
2) The overall volume of the equipment is small and precise, easy to store, does not occupy factory space, and can automatically collect waste;
3) Easy to operate, low-carbon - no secondary pollutants generated.
4) The overall performance of the equipment is stable, and the main components are domestically produced. The precision integrated design does not have high maintenance costs.


Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution

Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution


Laser cleaning machine for removing surface oxide layer from molds, manufacturer does not damage the substrate, and there is no pollution

Trading Area

Global

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