100w Fiber Laser Marking Machine

100W Fiber Laser Marking Machine is designed for fast and accurate marking on metal products and industrial components. It uses a high-power fiber laser source to create clear and permanent marks.

The machine can mark text, numbers, logos, serial codes, barcodes, and QR codes. It is suitable for both small parts and larger industrial components, depending on the working area and machine setup.

The non-contact marking process helps reduce tool wear. It also provides consistent marking quality during regular production work.

Key Features

• 100W fiber laser source for industrial marking applications
• Suitable for permanent metal marking
• Supports text, numbers, logos, barcodes, and QR codes
• High marking accuracy for detailed designs
• Fast processing for production environments
• Non-contact laser marking process
• Low routine maintenance requirement
• Suitable for different metal components and parts
• Compact and practical machine design
• Suitable for batch coding and product identification

Applications

The machine can be used for many common industrial marking jobs, such as:

• Serial number marking
• Product code marking
• QR code and barcode marking
• Logo and brand marking
• Nameplate marking
• Part identification
• Date and batch code marking
• Engineering component marking
• Tool and hardware marking

The laser engraving machine can create permanent identification marks without using physical cutting tools.

Technical Benefits

The 100W laser source provides strong marking performance for demanding production work. Fiber laser technology is well suited to metal surfaces because it can create sharp and durable marks.

The machine supports precise designs and small characters when the correct lens, settings, and material are selected. Since the process is non-contact, there is no direct mechanical pressure on the workpiece.

A metal laser marking machine can also help reduce consumable tool costs because marking does not require regular replacement of engraving bits.