30W 50W 60W 75W 80W Micro-Precision Glass Laser Cutting System

1 / 4

30W 50W 60W 75W 80W Micro-Precision Glass Laser Cutting System

Customization:	Available
Certification:	CE, FDA, ISO
Cutting Method:	Laser Cutting

Send Inquiry

Product Description

🔹 Basic Info.

Model NO.

HS-Pi30/HS-Pi60 / HS-Pi80

Maximum Cutting Thickness

25 mm

Power Supply

220V

Safety Features

Emergency Stop Button, Overload Protection, Safety Sensor

Laser Source

Picosecond and CO2 Laser

Standard Working

600X700mm Double Work Table

Lead Time

45 Working Days

Cutting Speed

0-500mm/S

Cut Material

Float Glass, K9 Glass, Mirror Glass, High Borosilica

Cut Maximum Thickness

0.03-25mm

Accuracy

±0.01mm

Chipping

≤5μm

Production Capacity

100 Units

📝 Product Description

Float Glass Laser Cutting System with Double Working Table

Picosecond Laser Glass Cutting Machine: Applications, Compatible Glass Types, and Cutting Parameters

🚀 Core Application Industries

📱 Consumer Electronics

Target Materials: Smartphone/tablet cover glass, curved glass for wearables (smartwatches, AR/VR lenses).
Key Requirements: Ultra-thin glass cutting (0.3-1.1 mm) with anti-cracking technology; High-precision shaped cuts (±5 μm accuracy).

🚗 Automotive & Autonomous Driving

Target Materials: Curved glass for automotive triple-screen displays, Quartz optical windows for LiDAR, HUD projection glass.
Technical Edge: 3D dynamic focusing for curved surfaces (radius ≥8 mm); Heat-affected zone (HAZ) <30 μm.

🖥️ Advanced Display Manufacturing

Mini/Micro LED: Cutting 0.2 mm ultra-thin glass substrates with 2 μm line accuracy.
OLED Flexible Screens: Delicate cutting of glass encapsulation layers (50-100 μm) on PI substrates.

🔬 Precision Optics

High-End Applications: Fluorophosphate optical glass (refractive index: 1.45-1.9) for lenses and prisms; Infrared chalcogenide glass for thermal imaging.

📊 Glass Types & Cutting Parameters Matrix

Glass Type	Key Properties	Recommended Power	Thickness Range	Cutting Speed	Critical Configurations
Soda-Lime Glass	Hardness: 5.5 Mohs, CTE: 9×10/K	80W	0.5-8 mm	200 mm/s	Nassist to prevent edge carbonization
Borosilicate Glass	Thermal resistance: 560°C, CTE: 3.3×10/K	80W	0.3-5 mm	150 mm/s	Vacuum chuck to minimize thermal warping
Fused Silica	Purity: 99.99%, Melting point: 1750°C	80W	0.1-10 mm	80 mm/s	532 nm green laser for optimal absorption
Ultra-Thin Electronic Glass	Thickness: 0.05-0.3 mm, strength: >800 MPa	80W	0.05-0.5 mm	500 mm/s	Air-bearing stage to suppress microcracks
Chemically Strengthened Glass	Surface compressive stress: >700 MPa	80W	0.3-2 mm	300 mm/s	Burst mode to penetrate stress layers

⚙️ Technical Specifications

Power Supply

Single-phase 220V±10%, 50/60Hz AC

Laser Power

50W / 60W / 75W / 80W / 90W

Laser Type

Picosecond laser and RF CO2 laser

Wavelength

1064±5nm

Working Area

600x700mm Double working table

Repetition Rate

Single Shot to 8 MHz

Pulse Width

10 picoseconds

Machine Weight

>5 Tons

Cutting Speed

500mm/s

📷 Detailed Photos

❓ FAQ

1. What materials can this laser system cut?

The system is designed for a wide range of materials including Float glass, K9 glass, Mirror glass, Borosilicate glass, Fused Silica, and Ultra-thin electronic glass.

2. What is the maximum cutting thickness?

The machine can handle glass thicknesses ranging from 0.03 mm (ultra-thin) up to 25 mm for specific materials.

3. How accurate is the cutting process?

The system offers high-precision accuracy of ±0.01 mm with edge chipping levels kept below or equal to 5μm.

4. Can it cut curved glass surfaces?

Yes, the system features 3D dynamic focusing technology, making it ideal for cutting curved surfaces with a radius of ≥8 mm, common in automotive displays.

5. What is the benefit of using a picosecond laser?

Picosecond lasers provide an extremely small Heat-Affected Zone (HAZ <30 μm), ensuring optical clarity, preventing microcracks, and achieving superior edge quality.

6. What safety features are included?

The machine is equipped with an Emergency Stop Button, Overload Protection, and integrated Safety Sensors to ensure safe industrial operation.