Product Introduction

Compared with traditional mechanical drilling or CO₂ laser systems, Inte Laser’s UV and green laser drilling technology achieves superior precision, cleaner hole walls, and minimal thermal damage — ensuring excellent interlayer connectivity and stable electrical performance.

The system integrates automation, optical precision, and smart control, providing manufacturers with a reliable, efficient, and cost-effective solution for fine circuit fabrication and HDI (High-Density Interconnect) board production.

Advantages

High precision, high performance, stable mass production;

Capable of roll-to-roll and sheet-to-sheet processing modes;

Utilizes five-axis linkage for processing through-holes and blind holes with precision and efficiency;

Offers optional loading and unloading methods, with auto-matic or manual loading.

Technical Parameters

Sample Display

Product Features

Ultra-High Drilling Precision
Equipped with a short-pulse UV laser, the system delivers micron-level accuracy, perfectly suited for microvias and blind holes in flexible circuits.
The laser beam has minimal heat-affected zones, ensuring clean, burr-free holes with excellent edge definition.

High-Speed Drilling Performance
The advanced galvo scanning system and multi-axis motion control platform enable high-speed processing without compromising accuracy.
This results in improved production throughput and reduced cycle time, ideal for mass production environments.

Automated Operation and Positioning
Integrated with CCD vision alignment and auto-focus technology, the equipment automatically detects fiducial marks, compensates for film distortion, and ensures perfect hole positioning on flexible substrates.

Non-Contact and Clean Process
The non-mechanical laser drilling method eliminates tool wear and mechanical stress, preventing material deformation and contamination during processing.

Adaptable for Multiple Materials
Compatible with a wide range of materials including PI (polyimide), PET, copper-clad laminates, epoxy resin, and composite films, the system supports flexible manufacturing needs.

Stable and Reliable Structure
The rigid machine frame and vibration-isolated platform ensure long-term operational stability, maintaining consistent performance under continuous 24/7 production.

User-Friendly Software Interface
The intuitive software supports process parameter customization, job management, and real-time monitoring. Operators can easily adjust drilling recipes and optimize performance.

Environmentally Friendly Design
The laser drilling process requires no consumables or chemical treatment, contributing to green manufacturing and lower operational costs.

Applications

The Flexible Printed Circuit Laser Drilling Machine is widely used in industries that demand high-density interconnects, lightweight structure, and flexible electronics. Its versatility makes it suitable for multiple application scenarios:

FPC (Flexible Printed Circuit) Manufacturing – Microvia drilling for interlayer connections.

Rigid-Flex PCB Production – Precise hole drilling for multi-layer board interconnections.

Smartphones and Tablets – Micro-hole fabrication in ultra-thin flexible components.

Wearable Devices – Flexible circuit processing for compact and curved electronic designs.

Automotive Electronics – Fine hole drilling for sensors and display module circuits.

Medical Devices – Flexible medical sensors and bio-electronic substrates.

Consumer Electronics – HDI circuit boards and small-pitch connector processing.

By providing precise, efficient, and contactless micro-hole drilling, Inte Laser’s FPC Laser Drilling Machine supports the continuous miniaturization and high reliability demanded by modern electronics manufacturing.

Technology and Innovation

Inte Laser integrates its proprietary optical path design and intelligent control software into this laser drilling system.
The equipment employs dynamic beam shaping, closed-loop power feedback, and real-time temperature monitoring to maintain stable laser output and hole quality throughout the production process.

The system also supports multi-head configurations and automatic workpiece exchange platforms, enhancing productivity while reducing idle time.
With AI-based image recognition, it can automatically detect and correct positioning errors, improving overall production yield and reducing human intervention.

In addition, the machine’s modular architecture allows easy integration into automated production lines or MES management systems, making it a key component of modern smart factories.

FAQs (Frequently Asked Questions)

Q1: What is a laser drilling machine for FPC used for?
A1: It is used to drill microvias and blind holes on flexible printed circuit boards, enabling electrical connections between layers in high-density circuit designs.

Q2: What materials can the machine process?
A2: It supports PI, PET, copper foil laminates, epoxy, and other polymer-based flexible materials commonly used in FPC fabrication.

Q3: How precise is the drilling process?
A3: The system achieves micron-level accuracy, ensuring stable hole diameter and position consistency across the entire panel.

Q4: Is it suitable for mass production?
A4: Yes. The machine is designed for continuous, high-speed drilling, ideal for 24/7 production environments.

Q5: What are the main advantages compared to mechanical drilling?
A5: Laser drilling is faster, contact-free, and produces cleaner holes without tool wear or substrate damage.

Q6: Can the software be customized for different production requirements?
A6: Yes. Inte Laser provides process parameter customization, recipe management, and integration with MES or ERP systems.

Q7: How does Inte Laser ensure product quality and stability?
A7: Every machine undergoes comprehensive calibration and testing. Laser power, positioning accuracy, and optical alignment are verified before shipment.

Q8: Does Inte Laser provide overseas installation and service?
A8: Absolutely. We offer global installation, technical training, and lifetime support through professional overseas service teams.