Product Description

TECHNICAL DESCRIPTION FIBER LASER MARKING MACHINE

Overview

The Fiber Laser Marking Machine is a high-precision, non-contact marking system designed for permanent engraving on metallic and selected non-metallic materials. It utilizes advanced fiber laser technology to deliver high-speed, high-contrast, and maintenance-free marking solutions for industrial applications.

Working Principle

The system generates a high-energy laser beam through a fiber laser source, which is directed via a galvanometer scanning system onto the workpiece surface. The intense energy creates a permanent mark by oxidation, engraving, or ablation without causing mechanical stress.

Machine Configurations / Models

• Desktop Model Compact, stable, suitable for batch production
• Portable Model Lightweight, ideal for on-site marking
• Fly (Online) Model High-speed marking for continuous production lines
• Online Marking System Integrated with conveyor/automation systems
• CO Metal Tube Marking Machine Suitable for coated metals and non-metal materials

Main Components

• Fiber Laser Source (Raycus / JPT / IPG optional)
• Galvanometer Scanner (High-speed scanning head)
• Field Lens (F-theta lens for precise marking area)
• Control System (EZCAD software-based)
• Industrial Computer / Controller
• Laser Marking Software (Windows compatible)
• Work Table / Conveyor (as per model)
• Rotary Attachment (optional for cylindrical marking)

Technical Specifications

Material Compatibility

Metals:

• Stainless Steel
• Mild Steel
• Aluminum
• Brass
• Copper
• Titanium

Non-Metals (Limited):

• ABS
• PVC
• Coated Materials
• Anodized Surfaces

Applications

• Serial Number Marking
• Barcode / QR Code Marking
• Logo Engraving
• Nameplate Marking
• Tool & Die Marking
• Automotive Parts Marking
• Electrical Components Marking
• Jewelry Engraving

Key Features

• High-Speed & High Precision Marking
• Permanent and Tamper-Proof Marking
• Maintenance-Free Operation
• Long Laser Life (>100,000 hours)
• Low Power Consumption
• No Consumables Required
• Compact and User-Friendly Design
• Suitable for Continuous Industrial Use

Safety Features

• Laser Safety Enclosure (optional)
• Emergency Stop Button
• Protective Laser Goggles
• Interlock Safety System

Advantages

• Non-contact process (no tool wear)
• Eco-friendly (no chemicals or inks)
• High reliability and low maintenance cost
• Suitable for automation and Industry 4.0 integration

Optional Accessories

• Rotary Device for cylindrical objects
• Conveyor System for online marking
• Fume Extractor
• Vision System (CCD Camera)
• Autofocus System