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[Hot Item] 50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine

[Hot Item] 50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine

Product Description Company Info. Basic Info. Model NO. dbj37 Laser Visibility Visible Applicable Material Metal Cooling System Air Cooling Technical Class Pulse Laser Laser Wavelength 1064 Microns

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Product Details

Basic Info.

Model NO.
dbj37
Laser Visibility
Visible
Applicable Material
Metal
Cooling System
Air Cooling
Technical Class
Pulse Laser
Laser Wavelength
1064 Microns
Laser Classification
Solid Laser
Type
Optical Fiber Laser Marking Machine
Marking Method
Scanning Marking
Transport Package
Standard Export Packaging
Specification
100kg
Trademark
JW
Origin
China
HS Code
8456110090
Production Capacity
2000pieces/Year

Product Description

50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
Specifications
Machine Model
RF-3D-50W, RF-3D-60W, RF-3D-100W, RF-3D-120W
Laser Type
MOPA Fiber Laser
Laser Source
JPT
Laser Wavelength
1064 nm
Control Software
LenMark-3DS
Marking Area
Maximum support for 600Γ—600 mm
Supported Graphic Formats
JPG, BMP, DXF, PLT, AI, STL
Working Voltage
AC 220V 50Hz; AC 110V 60Hz
Cooling Type
Air Cooling (water cooling supported)
Operating Temperature
-5 ~ 45℃
Gross Weight
100 kg
Packaging Dimensions (Length Γ— Width Γ— Height)
102Γ—48Γ—83 cm
50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
50W 60W 100W 120W 3D Fiber Laser Marking Machine Laser Carving Machine
A laser marking machine uses high - energy - density laser to locally irradiate the surface of a workpiece, causing the surface material to vaporize or undergo a chemical reaction that changes color, thereby leaving a permanent mark. The specific process is as follows: The power supply system provides energy for the laser. The laser medium in the laser (such as the YAG crystal under the excitation of the intense light from the krypton lamp) generates light vibration through the resonant cavity and forms a laser beam. The laser beam is transmitted to the marking head through an optical fiber or an optical system, and then scanned by the galvanometer system under the precise control of the control card, moving on the material surface according to a preset path. After the laser energy is absorbed by the material, it causes the local temperature to rise rapidly, leading to surface evaporation, melting or chemical reactions, and finally forming the desired mark.
Laser marking machines are widely used in industries such as electronics and electrical appliances, metal processing and manufacturing, medical devices, food, beverage and packaging, daily chemicals and cosmetics, jewelry and gifts. They can be used to mark information such as product serial numbers, QR codes, models, parameters, production dates, and logos, as well as perform pattern engraving, decorative texture processing, and other operations.
The laser marking machine solves the pain points of traditional marking processes (printing, stamping, engraving) in terms of precision, stability, and environmental friendliness through the combination of "high-precision marking to ensure quality+high-efficiency adaptation to mass production+low consumables to reduce costs+environmental safety compliance with standards+wide adaptability to cover multiple industries". It has become the mainstream equipment in the current industrial marking field, especially in industries that pursue "product traceability, brand anti-counterfeiting, and precision manufacturing", and is an irreplaceable technical solution.

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