Product Introduction

With full automation from material loading to marking and unloading, the equipment ensures stable production, consistent quality, and zero human error, making it the ideal marking solution for mass production environments in the electronic manufacturing industry.

Unlike traditional ink or mechanical marking systems, the laser marking process offers excellent precision, high contrast, and long-lasting readability without any physical contact or consumables.
It fully meets the industry’s demands for traceability, reliability, and miniaturized production.

Working Principle

The Fully Automatic Laser Marking Machine operates by directing a focused high-energy laser beam onto the surface of the target material. The localized laser energy ablates, oxidizes, or carbonizes the surface to create permanent, high-resolution marks such as text, barcodes, QR codes, serial numbers, or logos.

The system integrates:

High-speed galvanometer scanners for rapid and precise beam deflection;

CCD vision alignment systems for accurate positioning;

Smart software control for pattern editing, code generation, and process monitoring.

This combination enables seamless, automated, and high-throughput laser marking, ensuring superior quality consistency across every batch.

Advantages

Suitable for fine marking on front and back;

High beam quality, fast processing speed and high position accuracy;

Dual platform system, automatic loading and unload-ing;

Automatic fault detection, automatic pattern recogni-tion, -one click sampling, etc.

Technical Parameters

Sample Display

Product Features

Fully Automated Operation
The entire marking process — including loading, positioning, marking, and unloading — is fully automated, minimizing manual intervention and increasing productivity.

High-Precision Marking
Advanced laser beam control ensures micron-level accuracy, delivering clear, detailed, and distortion-free markings even on miniature components.

Versatile Material Compatibility
Compatible with various electronic circuit materials, such as PCB, FPC, IC packaging, and metal substrates, making it ideal for electronic manufacturing environments.

Non-Contact and Wear-Free Process
The laser beam performs marking without physical contact, avoiding mechanical stress, contamination, or material deformation.

Excellent Marking Quality
Produces high-contrast, high-resolution marks with excellent legibility and resistance to abrasion, heat, and corrosion.

User-Friendly Software Interface
Integrated control software allows for easy pattern import, variable data marking, and online editing of barcodes, serial numbers, and QR codes.

Smart Vision and Alignment System
Built-in CCD camera enables automatic position correction and real-time monitoring, ensuring consistent accuracy during high-speed production.

Environmentally Friendly
No ink, no chemicals, and no consumables — a clean, sustainable marking method that supports green manufacturing principles.

High Throughput and Reliability
Designed for 24/7 industrial operation with stable output, low maintenance requirements, and long laser source lifespan.

Application Fields

The Fully Automatic Laser Marking Machine is widely used in electronic circuit production and precision component manufacturing, including:

PCB and FPC Manufacturing – Serial numbers, QR codes, and identification marking on printed circuit boards.

Semiconductor Packaging – Laser coding on chips, IC packages, and silicon wafers.

Electronic Components – Marking of capacitors, resistors, connectors, and sensors.

Automotive Electronics – Traceability coding for electronic control units and safety components.

Medical Devices – Permanent labeling for sensors, PCBs, and circuit modules used in medical instruments.

Consumer Electronics – Branding and identification codes on smartphone modules, TWS earphones, and camera boards.

The machine’s precision, speed, and reliability make it indispensable for modern electronic manufacturing lines that require traceability, anti-counterfeiting, and data integration.

Technology Highlights

Inte Laser integrates intelligent automation, optical design, and software control into one cohesive platform.
Key innovations include:

Real-time temperature and power feedback for consistent marking results;

Integrated MES and ERP data connectivity for industrial traceability;

Adaptive scanning algorithms that automatically adjust to complex marking patterns;

Modular hardware structure, allowing customization for various production scales.

These technological advancements ensure that Inte Laser’s laser marking systems maintain superior performance in terms of speed, stability, and marking precision.

FAQs (Frequently Asked Questions)

Q1: What materials can the Fully Automatic Laser Marking Machine handle?
A1: It supports marking on PCB, FPC, IC, stainless steel, copper, aluminum, ceramics, and various electronic materials.

Q2: How does laser marking compare to traditional printing or labeling methods?
A2: Laser marking is permanent, non-contact, and maintenance-free. It offers higher precision, no consumables, and superior readability over time.

Q3: Can it integrate with production management systems?
A3: Yes, the system supports MES/ERP connectivity for real-time data exchange and production traceability.

Q4: What is the typical marking speed?
A4: Depending on the material and marking content, speeds can reach up to 8,000–10,000 mm/s using high-speed galvo scanning.

Q5: Is the system customizable for different product sizes or layouts?
A5: Absolutely. Inte Laser offers modular configurations to fit diverse PCB sizes, shapes, and production requirements.

Q6: How long is the laser source lifespan?
A6: The laser source typically lasts over 100,000 hours, ensuring long-term reliability and minimal maintenance.

Q7: Does Inte Laser provide global support?
A7: Yes, Inte Laser maintains service and support networks in multiple countries, ensuring fast response and professional assistance.