30W Fiber Laser Marking Machine: Precision Marking for Pad Printing Steel & Aluminum Plates
- 30W high‑power fiber laser source
- 0.01mm ultra‑fine marking precision
- High‑speed marking up to 12,000mm/s
- Air‑cooled, compact, maintenance‑free
- 100,000hrs laser lifespan
- Works with most metals & some non‑metals
- Intuitive software, supports common files
- Stable for 24/7 industrial use
30W Fiber Laser Marking Machine Description
30W Fiber Laser Marking Machine Data Sheet
|
item
|
value
|
|
graphic format supported
|
AI, BMP, DXF, DXP, Dwg
|
|
key selling points
|
Easy To Operate
|
|
Marking Head Brand
|
Feeltek 3D
|
|
Voltage
|
110 V, 220V 50Hz, 220V 60Hz
|
|
Weight
|
55
|
|
Laser Power
|
20W/30W/50W/70W/100W
|
|
Graphic Format Supported
|
AI, PLT, DXF, BMP, LAS, DXP, CDR
|
|
Key Selling Points
|
Easy To Operate
|
|
Laser Spot Diameter
|
8-10mm
|
|
Beam Quality
|
M2≤1.1
|
|
Marking Depth (Material Dependent)
|
±0.001-0.5 mm
|
|
Minimum Character
|
0.1/0.8 mm
|
|
Repeat Positioning Accuracy
|
±0.01mm
|
|
Positioning Method
|
Temperature: 0-40℃; Humidity: 0-95%
|
|
After-sales Service Provided
|
Video Technical Support Online Support
|
30W Fiber Laser Marking Machine Applications
Get Free Quote of 30W Fiber Laser Marking Machine
Related Products
Related News
In the era of mass production and brand differentiation, the demand for high-precision, large-format marking solutions has never been greater. […]
In the fast-paced world of manufacturing and production, precision, efficiency, and traceability are non-negotiable. Whether you’re marking serial numbers on […]
Elevate Your Welding Precision with Compact, Desktop-Ready Power For artisans, jewelers, and small-scale manufacturers, precision and efficiency are non-negotiable. Traditional […]
In the fast-paced world of manufacturing, warehousing, and customization, precision marking is no longer a luxury—it’s a necessity. From serial […]
In the realm of industrial marking and coding, precision, versatility, and efficiency are non-negotiable. CO₂ laser marking machines have emerged […]
