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Glass Laser Cutting Machine

Product Name: Glass Laser Cutting Machine

Model: PR-PIC40/50/60/70/80/90

Laser Power: Infrared picosecond laser 40w-90w CO2 RF laser 100w-350w

Application: Consumer Electronics，.Home Appliance Glass，Architectural Decorative Glass，Automotive Glass，Optical & Solar Glass

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General introduction

A picosecond laser cutting machine is a high-performance, high-efficiency, high-quality laser cutting machine, mainly cutting glass materials, such as blue glass, white glass, ultra-clear glass, etc. With the development of various industries, there are more and more glass applications.

A picosecond laser glass-cutting machine is a high-efficiency, automatic glass-cutting machine, that uses a picosecond laser source and RF CO2 laser source to cooperate with glass-cutting technology.

The glass-cutting industry is widely used, for example, glasses manufacturers, lens manufacturing, camera industry, optical lens production, medical industry, lens production in atomized instruments, smart wearable watch industry, watch glass dial production, automotive industry, automotive rearview mirror glass cutting, cosmetic industry, cosmetic lens cutting.

Model No.	PR-PIC40/50/60/70/80/90
Laser type	Infrared picosecond laser (40/50/60/70/80/90w) for cutting and CO2RF laser (100/120/150/350w) for splitting
Laser power	Infrared picosecond laser 40w-90w CO2 RF laser 100w-350w
Wave length	Infrared picosecond laser 1064nm CO2 RF laser 10.6µm
Pulse Frequency	1Hz - 1000kHz
Pulse width	＜10ps
Cutting thickness	0.1-25mm around
Cooling mode	Water cooling
Brand name	PRECISE CNC
Laser cutting head	Bessel
Acceleration	1G
Linear Speed	Up to 1000mm/s
Minimum Cutting Burr	≤5μm
Processing speed	0-500mm/s
Platform repeated positioning accuracy	± 2μm
Platform dynamic positioning accuracy	± 5μm
Cutting accuracy	±0.01mm
Camera positioning accuracy	± 0.01mm
Applicable materials	Ultra-white glass, ordinary white glass, Borosilicate glass, Optical glass, Quartz glass,lstained glass, laminated and coated glass, sapphire glass, mobile phone panel, camera glass cover,k9 glass, LCD screen, etc.
Power Requirement	380V 3PH 50/60HZ
Machine weight	About 3500kgs

Glass Laser Cutting Machine main configurations

Infrared Picosecond Laser Source

Infrared Picosecond Laser Source

This type laser source are increasingly used for cutting glass due to their unique characteristics and advantages. The short pulse duration in the picosecond range (10^-12 seconds) allows for precise and efficient cutting of various types of glass. 0~6mm 80w; 0~3mm 50w; 0~12mm 90w
RF CO2 Laser Source

RF CO2 Laser Source

Due to that Picosecond laser source for cutting different shapes and pre-cut cuts more thickness, picosecond laser can not always cut off glass once at a time, therefore, must use RF co2 laser to split the glass well,then we can take the glass parts after splitting, the RF CO2 laser source power has to be 100w or 150w better for glass split process.
Standard Workbench

Standard Workbench

Our 200mm thick marble platform plays multiple roles in laser cutting, including providing stable support, efficient heat dissipation, fire and wear resistance, and easy maintenance, ensuring precise and efficient cutting. Of course, granite can also be chosen as the workbench material, which provides even greater stability. The standard workbench format of our machine is 600*700mm, sometimes customers required customized300x400mm,600x800mm, 1000x2500mm,1500x3000mm,2000x2000mm and so on.
Glass Laser Cutting Machine Programming

Glass Laser Cutting Machine Programming

Picosecond laser source for cutting machine only support English and Chinese, you can program any cutting shape that you want.
Self Develop Bessel Cutting Head

Self Develop Bessel Cutting Head

Ensure fine results with high accuracy and long focal depth Features precision-engineered lenses that deliver fine beam spots and extended focal depth, ensuring consistent and accurate glass cutting performance.
Double Working Table Optional For Higher Production

Double Working Table Optional For Higher Production

Continuous Operation for Higher Efficiency, While one platform is cutting, the other can be loaded or unloaded, minimizing machine downtime. Increases throughput and boosts overall productivity, especially in mass production settings.

Glass Laser Cutting Machine Video

Main Advantages Features

Incorporating multiple functions into one to creates more value for customers.

Advanced Design and Construction

Features a fully enclosed, integrated structure with a modern and streamlined appearance.

Built on a marble or granite base, incorporating a gantry and column architecture to ensure structural stability.

Ergonomic and User-Friendly Interface

Equipped with a human-centric workstation layout designed to enhance operator comfort and usability.

Incorporates a user-friendly human-machine interface for efficient operation.

Precision and Cutting Technology

Utilizes a side-axis CCD camera-assisted positioning system to ensure high accuracy in workpiece alignment.

Integrated linear motor system supports high-speed cutting, significantly increasing processing efficiency.

Laser Head and Processing Capabilities

Features a customized laser cutting head with a positive pressure sealing device to protect internal components from environmental exposure and extend service life.

Environment friendly

Supports fully enclosed operation with optional dedicated dust extraction systems to maintain a clean working environment.

No pollution, no wastewater and no powder.

Comparison: Picosecond Laser Glass Cutting Machine vs. Water Jet Cutting Machine

Category	Picosecond Laser Cutting Machine	Water Jet Cutting Machine
Cutting Mechanism	Utilizes ultrashort pulse laser (cold light ablation) to evaporate glass at the microscopic level	Uses high-pressure water mixed with abrasives to cut glass via mechanical erosion
Precision	Extremely high, reaching micron-level accuracy; ideal for fine structures	Medium to high precision, but less refined than laser cutting
Heat-Affected Zone (HAZ)	Extremely low; cold processing avoids thermal damage	No thermal effect; purely mechanical cutting
Edge Quality	Smooth, burr-free, and crack-free edges; no post-processing required	Rough edges with possible chipping; often requires polishing
Cutting Thickness Range	Typically suitable for thin to medium glass (0.1–5 mm)	Capable of cutting thicker glass (up to 200 mm), but with lower precision
Processing Speed	Fast for thin glass; up to 100–500 mm/s	Slower, especially with thicker materials requiring multiple passes
Material Loss	Minimal, no tool wear, high efficiency	Significant loss due to abrasive use
Environmental Impact	Clean process, no hazardous waste generated	Generates abrasive-containing sludge, requiring environmental treatment
Cost Efficiency	Higher initial investment, but low operational costs	Lower initial cost, but higher long-term consumable and treatment expenses
Automation & Integration	Easy to integrate with CNC or robotic systems	More complex to automate, requiring more intricate coordination

Application Industry	Types of Glass Used
Glass Processing Industry	Optic/UTG/Willow/Brittle Biomedical glass
Real Estate Industry	Architectural decoration, Bathroom glass
Automobile Industry	Car glass/Instrumentation panel glass
Communication Media Industry	Mobile/Watch sapphire cover, Camera/CCTV Lens glass
Home Appliance Industry	Home appliance glass panel, Lighting glass
New Energy Industry	Photovoltaic glass

Glass Type	Description
Ultra Clear Class	Refers to a category of glass with exceptional clarity.
Plain White Glass	A type of glass that is uniformly white and often used for various applications.
High Borosilicate Glass	A type of glass known for its high boron content, which provides greater resistance to thermal stress.
Quartz Glass	A high purity glass that is low in impurities and has unique properties such as a high melting point and resistance to chemicals.
Phone Glass Cover	The protective glass used as a cover for smartphone screens.
Car Glass	Glass used in automotive applications, such as windshields or windows.
Camera Glass Cover	The protective glass cover for camera lenses or display screens.
LCD Screen	The liquid crystal display screen used in a variety of electronic devices.
K9 Glass	A type of optical glass often used in the manufacturing of optical instruments.
Filter Cutting	The process of cutting glass or other materials to create filters for various applications.
Mirror Cutting	The process of cutting glass to produce mirror surfaces for decorative or functional use.

Glass Laser Cutting Machine Samples

infrared-picosecond-glass-laser-cutting-machine

Glass Laser Cutting Machine Applications

Consumer Electronics

Consumer Electronics

Applications: Smartphone screens, tablet glass, wearable protective lenses, mobile phone panel, camera protection lens
Features: Ultra-smooth edges, no chipping, suitable for ultra-thin glass (as thin as 0.1mm)
Home Appliance Glass

Home Appliance Glass

Applications: Induction cooker glass, Cooktop glass panel, refrigerator panels, oven windows
Features: High-precision contour cutting, ideal for mass automated production
Architectural Decorative Glass

Architectural Decorative Glass

Applications: Smart glass, decorative panels glass, glass partitions
Features: Complex shape cutting, no secondary edge finishing required
Automotive Glass

Automotive Glass

Applications: Dashboard panels, center control panels, Automobile windshield glass, window glass drilling/cutting
Features: High accuracy, no thermal stress, suitable for curved glass
Solar Glass Industry

Solar Glass Industry

Applications: Optical Lenses, photovoltaic glass, Solar glass panel, light guide plates
Features: Extremely clean cut, no contamination, superb edge quality
Optical Industy

Optical Industy

Optical Industy