Split Laser Marking Machine Manufacturer

Split Laser Marking Machine

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The portable split laser marker is ideal for engraving and surface marking on both metal and non-metal materials. This laser processing machine is widely used for marking items such as stainless-steel parts, aluminum phone cases, plastic components, pens, animal ear tags, and nameplates. The default model uses fiber laser technology, but UV and CO₂ laser options are also available upon customer request. Its compact size and ease of mobility make it highly popular among international clients.

Split Fiber Laser Marking Machine

This split fiber laser marking machine features a mini split design that is compact and easy to move. It is suitable for a wide range of materials, including some non-metal products and metal components. This laser sheet metal making equipment’s versatility and efficiency make it an excellent choice for various marking applications.

Marking speed: up to 7000mm/s

Marking depth: ≤1.0mm/≤1.2mm/≤1.5mm/≤2.0mm (mold steel)

Standard marking scope: 100*100mm

Optional marking scope: 100-200mm

Applications

Our laser marking systems are versatile and can be used to engrave and mark text, brand names, production batch numbers, logos, graphics, photos, and QR codes on both metal and non-metal materials. They are also suitable for small area engraving or cutting on jewelry

Features

Our fiber laser marking machines use advanced fiber lasers from Germany and the UK, known for their stability and reliability, with an impressive average operational lifespan of over 100,000 hours
The air-cooling system ensures efficient heat dissipation compared to traditional methods, resulting in lower power consumption and a more compact, space-saving design
Achieve remarkable repeat accuracy of up to 0.005mm, allowing for highly precise and detailed marking on various materials
The high-quality laser scanning system enables marking speeds of up to 7000mm/s, ensuring efficient, fast, and high-quality results for all your marking needs

Specifications

Model	CC-20W	CC-30W	CC-50W	CC-100W
Laser power	20W	30W	50W	100W
Laser wavelength	1064nm
Q-switch frequency	1-1000kHz
Standard marking scope	100*100mm
Optional marking scope	100-200mm (optional)
Min. line width	0.03mm
Min. character size	English: 0.15*0.15mm
Repeat accuracy	±0.005mm
Marking speed	≤7000mm/s
Marking depth	≤1.0mm (mold steel)	≤1.2mm (mold steel)	≤1.5mm (mold steel)	≤2.0mm (mold steel)
Power supply	AC220V±10%,50Hz,5Amp
Total power	0.6kW		0.8kW
Cooling method	Air cooling
Working conditions	Temperature: 1-35℃ Humidity: 5%-80% (non-condensing)

Configurations

Adjustable Z-Axis

Made of high-quality aluminum alloy, the adjustable Z-axis ensures precise positioning and easy adjustment for stable and accurate operations.

Working Table

Equipped with positioning holes for quick and versatile adjustments, our work platform allows for multi-angle marking, enhancing work efficiency and flexibility.

Field Lens

The field lenses used in our laser machines focus parallel laser beams into a single point, ensuring uniform lighting and durability, even in harsh environments.

Scale Ruler

The high-performance scale ruler ensures precise and detailed marking. It allows for accurate positioning, resulting in cleaner and more accurate marks, making it essential for industries requiring precision.

Galvanometer Scanner

Equipped with a high-speed digital galvanometer scanner, the laser marking system offers fast marking speeds and high light efficiency. It ensures long-term reliable performance with minimal maintenance requirements, making it ideal for high-demand industrial applications.

FAQs

What are the advantages of a laser marking machine?

Laser marking machines provide high-quality, precise, and consistent marks. They work quickly without damaging the materials, and the marks they produce are durable and long-lasting.

What processes are involved in laser marking?

Laser marking includes processes like annealing (heat treatment), engraving, removing material, and carbonizing.

How efficient are laser marking machines in terms of power consumption?

Laser marking machines are quite efficient. Their power requirements are typically lower than those of fans or air conditioning systems. The actual power consumption depends on factors like daily usage, laser power settings, and additional equipment used.

How do you maintain a laser marking machine?

Regular maintenance is simple: clean off dust and debris before and after each use. Ensure that the outer surfaces, focusing lens, and galvanometer mirrors are kept clean to maintain optimal performance.