High Precision Dual-Head Roll-to-Roll Coating Film Laser Cutting Machine for FPC Overlayer UV & Picosecond Laser Source

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Product Description

Basic Information
Model NO.
MLPC30A-C
Cooling System
Water Cooling
Technical Class
Pulse Laser
Applicable Material
Nonmetal
Structure Type
Gantry Type
Laser Technology
Ultrafast Laser
OEM & ODM
Accepted
Certificates
CE, ISO9001
Production Capacity
100 sets/Month
Product Description
Laser Cutting Machine
Precision Redefined for Flexible Circuit & Cover Film Processing

Revolutionize your PCB manufacturing process with our state-of-the-art Dual-Head Roll-to-Sheet (Roll-to-Roll) Coating Film Laser Cutting Machine. Engineered specifically for the electronic circuit industry, this equipment replaces traditional mechanical punch die and solder mask backfill processes with advanced non-contact laser technology.

High Precision Cutting
Dual Head System
Laser Source

Replace Traditional Tooling

Eliminate the need for expensive punch dies. Our laser technology handles complex patterns easily, reducing production lead time and costs associated with tooling maintenance.

Fully Automated Workflow

Integrated automation system: automatic feeding, high-speed cutting, counting, part number replacement, trimming, and product collection in one flow.

Micro-Processing Precision

Achieve superior cutting quality with neat edges, no burrs, and no blackening. Capable of handling line spacing over 50um without short circuits.

Specification
Laser TypeNanosecond UV, Picosecond UV, Nanosecond green laser
Processing Area2X250mmX500mm (customized)
Machine Dimensions2350mmX1450mmX2200mm
Processing Accuracy± 0.03mm
Total Power Consumption3 KW
Machine Weight2000 KG
Extra-large Table Size520mm x 2200mm
Environment RequirementsTemperature: 22°C ± 2°C; Humidity: 30%~60%
Application Areas

Ideal for cutting Coverlay, Overlayer, and protective films in the following sectors:

  • Flexible Printed Circuits (FPC)
  • Precision Electronic Manufacturing
  • Mobile Phone Components
  • Automotive Electronics
  • Flexible OLED Displays
  • 5G Materials
Technical & Research Development
R&D Center

Specializing in independent research and development of laser generators, optical devices, and automation system integration. We provide innovative solutions for laser micromachining applications, including processing technology, laser sources, and optical systems.

Our team creates value for industries such as printed circuit boards, consumer electronics, semiconductors, glass, new energy power batteries, and solar energy.

Lab 1
Lab 2
Lab 3
Technical 1
Technical 2
Technical 3
Packing & Delivery
Wooden Packing

Packing: 1 PCS/Wooden Case

Shipping Method: Primarily by sea due to weight; international express is available for urgent requirements.

Delivery Time: Standard goods: 30-45 days; Customized goods: 45-60 days after confirmation.

Global Recognition
Client Recognition
Frequently Asked Questions
What materials can this laser machine cut?
It is designed for non-metal materials including Coverlay, Overlayer, FPC, flexible OLED displays, and protective films used in the 5G and electronics industries.
What is the advantage of using a laser over traditional mechanical punching?
Laser cutting is a non-contact process that eliminates the need for expensive punch dies. It allows for complex patterns, produces neat edges without burrs, and reduces lead times and maintenance costs.
How accurate is the cutting process?
The machine offers a processing accuracy of ± 0.03mm, ensuring high precision for delicate electronic components and high-density circuits.
What kind of laser sources are available?
The equipment can be configured with Nanosecond UV, Picosecond UV, or Nanosecond Green laser sources depending on your specific material and processing requirements.
Is the machine capable of automated production?
Yes, it features a fully automated workflow including automatic feeding, high-speed cutting, counting, and automatic part collection to maximize throughput with minimal labor.
What are the environmental requirements for operation?
For optimal performance, the machine should be kept in a temperature-controlled environment of 22°C ± 2°C with humidity between 30% and 60% (non-condensing).

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