Factory Price Production Line 30 Watt Flying Fiber Lazer Marking Laser Coding Machine for Date

Product Description

Fiber Laser Marking Machine Banner

Product Parameters

Product Parameters Overview
Product name Factory Price Production Line 30 Watt Flying Fiber Lazer Marking Laser Coding Machine For Date
Laser Power 10watt 20watt 30watt 50watt
Cooling type Air cooling
Marking Depth ≤1.2mm
Marking Speed Transmission ≤12000mm/s, x,y rail axis Taiwan TBI ball screw
Control software EZCAD
MOQ 200 Set
Weight 100KG
Laser type Fiber Laser
Laser Machine Processing Detail
Marking Sample 1
Marking Sample 2
Marking Sample 3
Marking Sample 4
Marking Sample 5
Marking Sample 6

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Company Profile

Workshop Environment 1 Workshop Environment 2 Production Process Quality Control Factory Certificate Showcase Advanced Testing Equipment Factory Warehouse Inventory

FAQ

FAQ Technical Detail 1 FAQ Technical Detail 2 FAQ Support Guidelines
What materials can this fiber laser marking machine engrave?
This fiber laser marking machine is primarily designed for metal marking, including stainless steel, carbon steel, aluminum, brass, copper, and titanium. It can also mark certain non-metal materials, such as high-density plastics and painted surfaces.
What is the benefit of a "flying" fiber laser marking system?
Unlike static marking machines, a flying laser marking machine is engineered to work inline with your automated production belt. It can mark moving objects (such as cables, pipe extrusions, or packaging) in real time without stopping the flow, dramatically boosting productivity.
What control software does the machine use?
The machine operates using the industry-standard EZCAD software. This software supports a wide range of graphic and text formats, dynamic serial number marking, barcodes, QR codes, and automatic production date generation.
How does the cooling system work for this fiber laser?
This unit utilizes a highly efficient air-cooling system. Unlike water-cooled lasers, there is no need for external chillers or routine water replacement, making the machine compact, low-maintenance, and easy to run continuously.
What is the expected lifespan of a fiber laser source?
A typical fiber laser source is rated for up to 100,000 working hours under optimal operating conditions. This equates to years of reliable, maintenance-free industrial use.

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