Flying Fiber Laser Marking Machines 20W 30W 50W

20W 30W 50W Flying Fiber Laser Marking Machine

Meenjet fiber marking machine provides 50w fiber laser, 30w fiber laser, and 20w fiber laser types.  Utilizing a 1064nm wavelength laser beam, it is recognized by many industries to be the best laser marking machine for metal known for its ability to generate intense heat and fast processing, making it ideal for durable, high-contrast markings.

Applications

Fiber laser marker is widely used in integrated circuit chips, computer accessories, industrial bearings, clocks and watches, electronic and communication products, aerospace components, all kinds of auto parts, household appliances, hardware tools, dies, wire and cable, food packaging, jewelry, tobacco, and many fields such as military things graphics and text markup, mass production line and homework.

What Materials Can Be Marked by Fiber Laser Marking Machines? 

The fiber laser marking machines are extremely versatile and efficient for marking a wide range of materials, especially metals and specific hard plastics. Here are the exemplified materials that can be marked by fiber laser engraving machines.

Metals

Steel (Stainless, Carbon, Alloy): Fiber lasers are excellent for marking all types of steel, providing clear and durable markings ideal for automotive, aerospace, and manufacturing applications.

Aluminum (Anodized and Bare): They work well on anodized and bare aluminum, often producing high-contrast marks without compromising the material.

Copper and Brass: These materials, though reflective, can still be marked effectively with fiber lasers, especially with adjustments to reduce reflectivity issues.

Titanium and Alloys: Common in aerospace and medical industries, titanium marks well with fiber lasers, creating highly legible marks with strong contrast.

Precious Metals (Gold, Silver, Platinum): Fiber lasers can mark precious metals precisely, which is useful for jewelry, luxury items, and authentication marks.

Coated or Plated Metals: Fiber lasers can mark on coatings (such as painted, powder-coated, or anodized surfaces) without damaging the base material, making them useful in electronics and automotive industries.

Certain Plastics

High-Performance Plastics: Fiber lasers can mark high-performance polymers, such as PEEK, polycarbonate (PC), ABS (Acrylonitrile Butadiene Styrene),  and some nylon blends. While fiber lasers generate heat, they can be adjusted to produce clear marks on these plastics without significant melting.

Dark or Filled Plastics: Some fiber lasers can mark dark-colored plastics or those with laser-sensitive additives. Materials like polypropylene (PP) and polyethylene (PE) can sometimes be marked, but they may require careful parameter adjustments.

Ceramics

Industrial Ceramics (Alumina, Zirconia): Fiber lasers can mark ceramics used in electronics, medical devices, and other technical applications. Marks are clear and durable, often used for barcodes, part numbers, and other identifiers.

Glazed Ceramics: Fiber lasers can mark glazed ceramic surfaces, making them suitable for decorative marking in industries like pottery or tile manufacturing.

Carbon and Graphite Materials

Fiber lasers can mark carbon-based materials like graphite, which are used in certain engineering and industrial applications. This is often useful for tooling and high-wear parts.

Composites

Carbon Fiber, Kevlar, and Glass-Filled Composites: Fiber lasers can mark composites used in aerospace, automotive, and sporting goods applications. Marks are precise and durable, providing traceability without compromising the material integrity.

Some Types of Leather

Natural and Synthetic Leather: Fiber lasers can engrave on certain types of natural and synthetic leather, allowing detailed customization and designs in fashion, accessories, and branding.

Wood (Only Dark Woods or Coated Woods)

Fiber lasers are not commonly used for wood due to high heat output, but they can mark darker or specially coated woods. This is occasionally done in branding or marking wooden tools or furniture.

Stone and Marble

Fiber lasers can mark hard materials like stone, granite, marble, and slate. This is often used for decorative applications, plaques, and awards.

20W, 30W, 50W Fiber Laser Marking Machines, How to Choose? 

· 20w: Economical plan, cooperate with conventional production line. 

· 30w: Multi-purpose high performance solutions for high speed production lines. 

· 50w: Robust solution for applications requiring high speed and depth. It can be used for carving.

Application Video: Fiber Laser Marking on PVC

Fiber laser marking machine standard package list:

① Bracket

② Touch Screen

③ Laser Host

④ Cable

⑤ Photocell Sensor

⑥ Encoder

⑦ Toole Kit

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  Aluminum
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  Iron
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  PVC wires coating
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  Plastics
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  Stainless Steel
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  Rubber Tire