Phoenix Mechanization

The Fiber Laser Marking Machine is a high-precision, high-speed marking solution designed for permanent marking on metals and various non-metal materials. It delivers excellent marking clarity, fast processing speed, and long operational life, making it ideal for industrial production lines and batch marking applications.

Built with advanced fiber laser technology, this machine ensures maintenance-free performance, low power consumption, and consistent output quality—making it a preferred choice across automotive, electrical, jewelry, tools, medical, and engineering industries.

• High-speed marking with superior precision

• Permanent, non-fading markings

• Zero maintenance fiber laser source (50,000–100,000 hours)

• Low power consumption

• High beam quality with stable performance

• Air-cooled, compact, and energy-efficient design

• Supports graphics, text, barcodes, QR codes, serial numbers, and logos

• Optional rotary device, XY table, and auto-focus

A 20W Fiber Laser Marking System is an advanced, industrial-grade machine that uses a $20 \text{ Watt}$ fiber optic cable to generate a high-quality, focused laser beam for permanent marking, etching, and shallow engraving on various materials.

It is widely considered the entry-level standard for industrial marking, offering an excellent balance of cost, precision, and speed.

• Power Output: $20 \text{ Watts}$ (sufficient for most surface marking and shallow engraving tasks).

• Wavelength: Operates at $1064 \text{ nm}$ (Near-Infrared), which is highly effective for absorption by metals and many plastics.

• Permanence: Creates non-contact, high-contrast, permanent marks that are highly resistant to heat, abrasion, and chemicals.

• Efficiency: Features high energy efficiency, a low operating cost, and an exceptionally long laser lifespan (typically $100,000$+ hours).

• Maintenance: It is typically Air-Cooled and requires virtually no consumables or routine maintenance.

The 20W system excels in applications where fine detail and high speed for surface marking are critical:

• Metals: Marking serial numbers, QR codes, logos, and date codes on stainless steel, aluminum, brass, gold, and silver.

• Plastics: High-contrast marking on ABS, PVC, and other rigid plastics (often used in electronics).

• Jewelry: Fine, detailed engraving on rings, watches, and pendants (hallmarking).

• Tools & Components: Traceability marking for automotive, medical device, and aerospace parts.

Traceability Laser Marking Machine is a high-performance solution engineered to provide permanent, tamper-proof marking for tracking and identification throughout the entire product lifecycle.

The UV Laser Marking Machine is designed for ultra-precise, low-heat, micro-marking applications, especially on materials that are sensitive to heat. Using the advanced 355 nm ultraviolet wavelength, this machine delivers high-contrast, burr-free, fine markings without damaging the surface.

Available in 3W, 5W, 7W, and 10W, each model is suitable for different marking depths and speeds, making it ideal for industries like electronics, medical, pharmaceuticals, cosmetics, packaging, and plastics.

• Ultra-fine marking with 355 nm cold laser technology

• No thermal deformation – perfect for delicate materials

• High-speed, high-precision galvo scanner

• Maintenance-free laser source with long service life

• Compatible with EZCAD software

• Supports PLT, AI, BMP, JPG, DXF, etc.

• Air-cooled operation (depending on model)

A laser marking machine uses a focused light beam to create permanent, high-quality marks (engraving, etching, annealing) on various materials like metal, plastic, glass, and wood, for product identification (barcodes, serial numbers, logos) in industries needing durable, precise traceability. These computer-controlled systems offer speed, precision, and permanence, using different laser types (Fiber) suited to specific substrates, making them essential for industrial marking. 

How it Works

1. Light Generation: The machine produces a powerful, concentrated beam of light from a laser source (Fiber).
2. Beam Control: A controller directs the beam's path, intensity, and speed using mirrors (galvanometers) or an X-Y table.
3. Surface Interaction: When the beam hits the material, it alters its surface, creating a mark through heating, melting, or chemical changes. 

Key Marking Techniques

• Engraving: Deep, permanent marks that resist wear and tear.
• Etching: High-contrast marks created by rapid beam emissions.
• Annealing: Creates colored marks on metals without removing material. 

Common Applications

• Product ID: Barcodes, QR codes, serial numbers, logos, dates.
• Industries: Automotive, aerospace, electronics, medical, consumer goods. 

Benefits

• Permanent & High-Quality: Marks are durable, clear, and resistant to harsh conditions.
• Versatile: Works on many materials.
• Non-Contact: No physical tools touch the product, preventing damage.
• Fast & Precise: High-speed, accurate marking for efficient production

A laser marking machine uses a focused light beam to create permanent, high-quality marks (engraving, etching, annealing) on various materials like metal, plastic, glass, and wood, for product identification (barcodes, serial numbers, logos) in industries needing durable, precise traceability. These computer-controlled systems offer speed, precision, and permanence, using different laser types (Fiber) suited to specific substrates, making them essential for industrial marking. 

How it Works

1. Light Generation: The machine produces a powerful, concentrated beam of light from a laser source (Fiber).
2. Beam Control: A controller directs the beam's path, intensity, and speed using mirrors (galvanometers) or an X-Y table.
3. Surface Interaction: When the beam hits the material, it alters its surface, creating a mark through heating, melting, or chemical changes. 

Key Marking Techniques

• Engraving: Deep, permanent marks that resist wear and tear.
• Etching: High-contrast marks created by rapid beam emissions.
• Annealing: Creates colored marks on metals without removing material. 

Common Applications

• Product ID: Barcodes, QR codes, serial numbers, logos, dates.
• Industries: Automotive, aerospace, electronics, medical, consumer goods. 

Benefits

• Permanent & High-Quality: Marks are durable, clear, and resistant to harsh conditions.
• Versatile: Works on many materials.
• Non-Contact: No physical tools touch the product, preventing damage.
• Fast & Precise: High-speed, accurate marking for efficient production

A laser marking machine uses a focused light beam to create permanent, high-quality marks (engraving, etching, annealing) on various materials like metal, plastic, glass, and wood, for product identification (barcodes, serial numbers, logos) in industries needing durable, precise traceability. These computer-controlled systems offer speed, precision, and permanence, using different laser types (Fiber) suited to specific substrates, making them essential for industrial marking. 

How it Works

1. Light Generation: The machine produces a powerful, concentrated beam of light from a laser source (Fiber).
2. Beam Control: A controller directs the beam's path, intensity, and speed using mirrors (galvanometers) or an X-Y table.
3. Surface Interaction: When the beam hits the material, it alters its surface, creating a mark through heating, melting, or chemical changes. 

Key Marking Techniques

• Engraving: Deep, permanent marks that resist wear and tear.
• Etching: High-contrast marks created by rapid beam emissions.
• Annealing: Creates colored marks on metals without removing material. 

Common Applications

• Product ID: Barcodes, QR codes, serial numbers, logos, dates.
• Industries: Automotive, aerospace, electronics, medical, consumer goods. 

Benefits

• Permanent & High-Quality: Marks are durable, clear, and resistant to harsh conditions.
• Versatile: Works on many materials.
• Non-Contact: No physical tools touch the product, preventing damage.
• Fast & Precise: High-speed, accurate marking for efficient production

Desktop Laser Marking Machine is a compact and cost-effective system designed for high-precision marking in small-scale production, workshops, laboratories, and R&D environments.

QR Code Laser Marking Machine is a cutting-edge solution designed for fast, permanent, and high-precision marking of QR codes on a wide range of materials.