3D Jpt Mopa M7 30W 50W 60W 100W 200W Color Fiber Laser Marking Machine 2.5D for Metal Deep Engraving

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Product Description

Basic Specifications

Model NO.
LK-3D
Applicable Material
Metal
Cooling System
Air Cooling
Technical Class
Continuous Wave Laser
Laser Wavelength
Fiber Laser
Laser Classification
Solid Laser
Type
Optical Fiber Laser Marking Machine
Marking Method
Scanning Marking
Marking Area
100*100~300*300mm
Altitude Difference
40~80mm
Production Capacity
300unit/Month
Package Size
95.00cm * 75.00cm * 112.00cm

Product Description

3D laser marking machines are designed to deliver precise, high-quality markings on three-dimensional and complex surfaces. Here are the core advantages:

01
Dynamic Focus Control:

3D laser marking machines have a dynamic focus control function, allowing the laser beam to adjust its focal point to maintain consistency on uneven, sloped, or curved surfaces. This ensures uniform marking quality across various depth levels.

02
Depth Control:

Offers precise depth control, enabling adjustable engraving depths on a single part. This is particularly useful for industries that require multi-layer markings or deep engravings.

03
High-Speed Marking:

Equipped with advanced scanning heads, these machines can quickly and accurately engrave complex designs, texts, and barcodes without compromising quality in automated production lines.

04
Automatic Surface Detection:

Scans and detects surface contours before marking to ensure accurate focus adjustments and optimal marking quality on irregular surfaces.

Core Features & Detailed View

Larger working area and finer light effects: Front focusing optical mode uses larger X, Y axis to deflect the lens, allowing for better focusing accuracy and energy efficiency compared to 2D models.

Variable Focal Distance: Quickly change laser focal length and beam position. Cylindrical marking in a certain arc can be completed at one time, significantly improving processing efficiency on irregular shapes.

3D Laser Control System: X/Y/Z axis maintenance keeps the minimum laser spot at any distance. Focal length can be adjusted randomly within a 40mm range.

Marking Effect

Wide Applications

Unlike traditional 2D laser marking machines, 3D laser markers are designed to handle uneven, curved, and multi-layered surfaces. Ideal for high-precision, durable marking on complex geometries across various industrial materials.

Product Parameters

Parameter Fiber Laser UV Laser CO2 Laser
Laser Power20W / 30W / 50W / 100W3W / 5W / 10W20W / 30W / 60W
Focus Mode3D Dynamic Focus
Working Area70*70~600*600mm70*70~500*500mm70*70~300*300mm
Marking Depth0.01-1mm (Adjustable)
Marking Speed≤ 12000 mm/s
Repeatability≤ 0.001mm
SoftwareEZCAD2
Content SupportVector (ai, dxf, plt), Image (bmp, jpg, png), Serial, QR, Barcode
Machine WeightNet: 125KGS / Gross: 140KGS

Certifications & Shipping

Packaging

Our Technical Advantages

Frequently Asked Questions

1. What makes 3D laser marking different from 2D?
3D laser marking utilizes a dynamic focus system that allows the laser to adjust its focal point in real-time. This enables high-precision marking on curved, sloped, or irregular surfaces where 2D lasers would lose focus.
2. Can this machine perform deep engraving?
Yes, the 3D laser marking machine offers precise depth control (0.01-1mm adjustable), making it ideal for deep metal engraving and multi-layer marking.
3. What is the maximum marking area supported?
Depending on the configuration and laser type, the marking area can range from 70*70mm up to 600*600mm.
4. Which materials can be processed?
The fiber laser version is perfect for metals, while the UV and CO2 versions expand capabilities to plastics, glass, and organic materials.
5. Is the software easy to use?
The machine uses EZCAD2 software, which supports common vector formats (AI, DXF, PLT) and image formats (BMP, JPG, PNG), allowing for seamless integration of complex designs.
6. How does the dynamic focus benefit productivity?
It allows for marking objects of different heights or complex shapes in a single pass without manual adjustment, significantly increasing throughput for high-volume production lines.

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