01
Laser Path Formation
The 1064 nm infrared picosecond laser forms a controlled cutting path on the glass according to the drawing.
GKS-0706-GC · Ultrafast Glass Series
GKS-0706-GC Thick Glass Cutting and Splitting Machine
Dual-function laser system for thick glass up to 12 mm. It combines 1064 nm infrared picosecond laser cutting with 10.6 μm splitting to support smooth, stable and efficient thick glass processing.
- 650 × 650 mmProcessing range
- ≤12 mmGlass thickness
- 500 mm/sMax speed
- ±0.002 mmRepeat accuracy
- 1064 nm + 10.6 μmCutting / splitting
Integrated Thick Glass Cutting and Splitting
GKS-0706-GC is designed for thick glass parts that require controlled cutting paths, stable splitting and reliable edge quality.
This thick glass cutting and splitting machine combines two laser processes in one platform. The infrared picosecond laser creates a controlled processing path, while the splitting process assists glass separation along the designed contour.
Compared with conventional mechanical cutting methods, laser-based thick glass processing reduces tool wear and helps improve edge consistency. It is suitable for security glass, home appliance glass, smart home panels, automotive glass and industrial glass components.
01 · Infrared Picosecond Processing
1064 nm laser cutting for controlled thick glass paths
The infrared picosecond laser provides high peak energy for thick glass processing. It creates controlled cutting paths that prepare the glass for stable splitting and separation.
1064 nmCutting wavelength
30 / 50 / 70 WLaser power options
≤12 mmGlass thickness
02 · Fast Efficiency
High-speed cutting for straight and curved glass contours
The machine supports fast thick glass processing, with linear speed up to 500 mm/s and curved speed up to 300 mm/s under suitable material and process conditions.
500 mm/sLinear speed
300 mm/sCurved speed
03 · Edge Quality
Smooth edges with reduced microcracks and fragments
Laser cutting and splitting help reduce mechanical stress, fragments and edge defects. Final edge quality should be verified with your actual glass type, thickness and contour design.
±0.002 mmRepeat accuracy
±0.01 mmAccuracy ≤200 mm
How Cutting and Splitting Works
The system is not only a cutting machine. It combines laser path processing and splitting assistance for thick glass separation.
02
CO2 Splitting Assistance
The 10.6 μm splitting process assists controlled separation along the processed path for thick glass parts.
03
Edge Validation
Edge smoothness, strength and separation quality are confirmed by sample testing based on actual glass and contour requirements.
Core Advantages
Built for thick glass, stable separation and reduced mechanical damage compared with traditional cutting methods.
Cutting + Splitting
One platform combines infrared picosecond cutting and CO2 splitting for thick glass processing.
Up to 12 mm Glass
Supports thick glass processing for security, appliance and industrial applications.
Fast Processing
Linear processing speed can reach up to 500 mm/s under suitable process conditions.
High Repeatability
±0.002 mm repeat positioning accuracy supports stable batch processing.
Reduced Edge Damage
Non-contact laser processing helps reduce microcracks, fragments and mechanical stress.
Where This Machine Fits — and Where It Doesn't
Use this section to select the correct ultrafast glass processing system for your part.
Best for
- Thick glass cutting and splitting up to 12 mm
- Straight and curved contour processing
- Security glass, appliance glass and industrial glass parts
- Applications requiring reduced fragments and controlled edge quality
- Projects that need sample validation before machine configuration
Not for — use a different model
- Thin cover glass contour cutting → GWK-BL6050 glass cutting machine
- Precision glass hole drilling → GKS-0605-GD glass drilling machine
- FPC, PI film or PET film cutting → UV / green laser cutter
- Ceramic cutting and scribing → ceramic laser processing solution
Thick Glass Cutting Samples
Use sample testing to verify edge quality, splitting stability and contour accuracy before purchase. Final results depend on glass material, thickness, contour shape and process setup.
- Thick glass
- Contour cutting
- Controlled splitting
- Smooth edges
- Reduced fragments
- Security glass
- Appliance glass
- Drawing-based process
Applications
Designed for thick glass parts used in security, appliance, smart home, automotive and industrial glass manufacturing.
Security Glass
Thick glass parts requiring stable separation and controlled edge quality.
Appliance Glass
Glass panels for home appliance covers, control panels and decorative parts.
Smart Home Panels
Glass components for touch panels, control interfaces and smart home products.
Automotive Glass
Specialized glass contours and industrial glass components for automotive-related uses.
Industrial Glass
Customized thick glass parts for industrial equipment and component manufacturing.
Not sure if GKS-0706-GC fits your thick glass part?
Send the glass type, thickness, contour drawing and edge quality requirement. GWEIKE engineers can review the process and recommend the right configuration.
Send Drawing
Technical Parameters
Key specifications for GKS-0706-GC thick glass cutting and splitting machine. Final cutting quality should be verified by sample testing on your actual glass material.
| Item | GKS-0706-GC |
|---|---|
| Machine Model | GKS-0706-GC |
| Processing Range | 650 × 650 mm |
| Laser Wavelength | Cutting 1064 nm / Splitting 10.6 μm |
| Repeat Positioning Accuracy | ±0.002 mm |
| Processing Speed | Max 500 mm/s |
| Power Requirement | AC 220 V / 18 A, 5 kW |
| Processing Thickness | ≤12 mm |
| Laser Power | 30 W / 50 W / 70 W optional |
| Comprehensive Processing Accuracy | ±0.01 mm within ≤200 mm |
| Laser Safety Level | Class IV |
| Single Machine Size | 1800 × 2000 × 1950 mm |
Actual cutting speed, edge quality and splitting stability depend on glass type, thickness, contour shape, fixture condition and selected process parameters. Send your drawing and material for engineering review before purchase.
Related Ultrafast Glass Solutions
Explore related GWEIKE ultrafast glass processing systems for thin glass cutting, glass drilling, precision film cutting and ceramic processing.
FAQ
Common questions about GKS-0706-GC thick glass cutting and splitting machine.
What glass thickness can GKS-0706-GC process?
It supports thick glass cutting and splitting up to 12 mm. Final quality depends on glass type, thickness, contour and process parameters.
What is the difference between cutting and splitting?
The 1064 nm laser creates a controlled cutting path, while the 10.6 μm splitting process assists glass separation along that path.
Is this machine suitable for thin cover glass contour cutting?
It is mainly designed for thick glass cutting and splitting. For thin cover glass contour cutting, use GWK-BL6050 glass cutting machine.
What applications is this machine used for?
Typical applications include security glass, household appliance glass, smart home panels, automotive glass and industrial glass components.
Can GWEIKE test my glass sample before quotation?
Yes. You can send the glass material, thickness, contour drawing and quality target for process review and machine configuration advice.
What information should I provide for evaluation?
Please provide glass type, thickness, cutting shape, drawing file, expected edge quality, tolerance requirement and production volume.
Validate Your Thick Glass Cutting Process Before Buying
Send your glass type, thickness, contour drawing and target edge quality. GWEIKE engineers will review your application and recommend a suitable process window and machine configuration.
Drawing review · Sample testing advice · Configuration recommendation · Engineering-team feedback
Request a Thick Glass Cutting Review
Share your glass material, thickness, cutting contour, drawing file and target edge quality. Our team will review your application and recommend the right setup.