Fine Drilling
High-energy laser beams support precise glass drilling with reduced burrs and improved processing yield.
GKS-0605-GD · Ultrafast Series
GKS-0605-GD Precision Glass Drilling Machine
Ultrafast laser drilling system for cover glass, electronic glass substrates, appliance glass, backlight glass and thin-film solar panels. Designed for fine holes, irregular hole shapes and low-chipping glass processing.
- 600 × 500 mmProcessing area
- ≤15 mmGlass thickness
- ±0.002 mmRepeatability
- 30–120 WLaser power options
- 532 / 1064 nmWavelength options
Precision Glass Hole Drilling for High-Value Glass Parts
The GKS-0605-GD uses ultrafast laser processing for fine glass drilling where edge quality, accuracy and yield matter.
This precision glass drilling machine is built for glass parts that require controlled hole geometry and clean processing. It supports multiple hole shapes, including round holes, square holes, slot holes, triangular holes and irregular holes.
Compared with traditional mechanical drilling, ultrafast laser glass drilling is non-contact and reduces tool wear. It is suitable for applications where small chipping, stable positioning and repeated hole groups are required.
01 · Fine Drilling
High-precision laser drilling for glass substrates
GKS-0605-GD uses high-energy laser processing for precision glass hole drilling. Non-contact processing helps reduce mechanical stress, burrs and edge defects compared with conventional mechanical drilling methods.
±0.002 mmRepeatability
±0.03 mmAccuracy ≤300 mm
60–300 μmChipping typ.
02 · Hole Geometry
Round, square, slot, triangle and irregular hole drilling
One machine supports multiple hole shapes for functional glass components, including circular holes, square holes, waist-shaped holes, triangular holes and customized irregular hole patterns based on your drawing.
5+Hole types
CADDrawing-based
03 · Stable Process
Adsorption fixture, dust extraction and mirror correction system
The platform combines an adsorption fixture, dust extraction device and mirror correction system to support stable, clean and efficient hole-group processing for glass production workflows.
8000 mm/sMax scan speed
WaterCooling
Core Advantages
Focused on fine glass drilling, process stability and efficient handling of different glass hole types.
Multiple Hole Shapes
Supports round, square, waist-shaped, triangular and other irregular holes for functional glass parts.
Low Chipping Control
Typical chipping range is 60–300 μm, depending on glass type, thickness, hole geometry and process settings.
Stable Fixture Platform
Special adsorption fixture platform helps stabilize glass sheets during repeated hole processing.
Dust Extraction
Integrated dust extraction and non-contact processing support cleaner and safer glass machining.
Flexible Hole Types for Glass Components
Process standard and irregular holes according to your part drawing and application requirements.
Round HolesFor positioning, sensors, assembly holes and functional glass components.
Square HolesFor special mechanical interfaces and non-standard functional openings.
Slot / Waist HolesFor alignment, adjustment and long-hole glass part requirements.
Triangle HolesFor customized glass designs and special positioning structures.
Irregular HolesFor drawing-based glass processing with customized hole profiles.
Hole GroupsFor batch glass parts that require repeated hole arrays and stable positioning.
Glass Drilling Samples
Process round holes, shaped holes and hole groups on glass with controlled edge quality. Final chipping and edge condition should be confirmed by sample testing on your actual material.
- Fine holes
- Round holes
- Square holes
- Slot holes
- Irregular shapes
- Low chipping
- Hole groups
- Drawing-based processing
Applications
Designed for precision glass parts used in electronics, displays, appliances and solar-related glass processing.
Cover Glass
Camera holes, sensor holes, positioning holes and high-value cover glass processing.
Electronic Glass
Precision holes for electronic glass substrates and display-related components.
Backlight Glass
Alignment and assembly hole processing for display and backlight glass parts.
Appliance Glass
Control panels, functional holes and customized household appliance glass.
Solar Substrates
Thin-film solar panel substrate drilling and process preparation.
Where This Machine Fits — and Where It Doesn't
Use this section to avoid choosing the wrong ultrafast glass processing equipment.
Best for
- Through-hole drilling on cover glass and electronic glass substrates
- Round, square, slot, triangle and irregular hole patterns
- Glass machining thickness up to 15 mm
- Hole-group processing with stable fixture and dust extraction
- Applications requiring high repeatability and controlled edge quality
Not for — use a different model
- Contour cutting of thin cover glass → GWK-BL6050 glass cutting machine
- Thick glass cutting and splitting → GKS-0706-GC thick glass cutter
- FPC, PI film or PET film cutting → UV / green laser cutter
- Ceramic cutting and scribing → ceramic laser processing solution
Not sure if GKS-0605-GD fits your glass part?
Send the glass type, thickness, hole drawing and edge quality requirement. Our engineers will review the process.
Send Drawing
Related Glass Laser Processing Guides
Learn more about ultrafast glass processing, laser drilling, low chipping, process parameters and related precision laser solutions.
Glass Laser Cutting Machine Guide
Understand ultrafast glass cutting, edge quality, low chipping and common glass laser applications.
Read guide →Ultrafast Laser Machining Guide
Learn how ultrafast lasers are used for glass cutting, precision drilling, sapphire and electronics processing.
Read guide →How to Laser Cut Glass
Review glass laser process windows, quality factors, chipping control and production qualification points.
Read guide →Precision Laser Cutting Machines
Compare precision laser solutions for glass, FPC, PI film, PET film and micro-nano processing.
View solutions →Download Micro & Nano Laser Catalog
Get GWEIKE catalog resources for ultrafast glass cutting, glass drilling and precision laser processing.
Download catalog →Technical Parameters
Key specifications for GKS-0605-GD precision glass drilling machine. Final performance for your part is confirmed by a sample test based on your glass type, thickness, hole size and drawing.
| Item | GKS-0605-GD |
|---|---|
| Machine Model | GKS-0605-GD |
| Laser Wavelength | 532 nm / 1064 nm optional |
| Laser Power Options | 30–120 W optional |
| Processing Area | 600 × 500 mm customizable |
| Machining Thickness | ≤15 mm |
| Chipping Typical Range | 60–300 μm |
| Beam Quality | ≤1.3 |
| Laser Safety | Class IV |
| Max Scan Speed | 8000 mm/s |
| Repeatability | ±0.002 mm |
| Comprehensive Accuracy | ±0.03 mm within ≤300 mm |
| Cooling | Water-cooling |
| Ambient Temperature / Humidity | 22 ± 2 ℃ / 30–60% |
| Power Requirement | AC 220 V / 22.5 A, 5 kW |
| Machine Size W×D×H | 1890 × 1580 × 1900 mm |
Actual drilling quality, chipping range and processing efficiency may vary depending on glass type, thickness, hole diameter, hole shape, fixture condition and selected process parameters. Verify with a sample test on your actual material.
Related Ultrafast Glass Solutions
Explore related GWEIKE ultrafast glass laser systems, catalog resources and drawing review support for precision glass processing projects.
FAQ
What glass thickness can GKS-0605-GD drill?
It supports glass machining thickness up to 15 mm. The final drilling quality depends on glass type, thickness, hole size and process settings.
What hole shapes can it process?
It can process circular holes, square holes, waist-shaped or slot holes, triangular holes and other irregular hole shapes based on the drawing.
Is ±0.002 mm the drilling accuracy?
No. ±0.002 mm is repeatability. The comprehensive accuracy listed for this machine is ±0.03 mm within 300 mm.
Which laser wavelength should I choose?
532 nm and 1064 nm are optional. The better choice depends on glass material, thickness, hole size and edge quality target.
Can this machine replace glass contour cutting equipment?
No. It is designed for hole drilling. For cover glass contour cutting, use GWK-BL6050 ultrafast glass cutting machine.
What should I send for evaluation?
Please send glass type, thickness, hole size, drawing file, target chipping range and production volume. This helps engineers confirm feasibility and configuration.
Can GWEIKE test my glass sample before quotation?
Yes. You can send the glass material, thickness, hole drawing and quality target. GWEIKE engineers can review the process and provide configuration advice before purchase.
Validate Your Glass Drilling Process Before Buying
Send your glass type, thickness, hole drawing and target edge quality. GWEIKE engineers will review the application and recommend a suitable process window and machine configuration.
Drawing review · Process recommendation · Catalog support · Engineering-team feedback
Request a Glass Drilling Review
Share your glass type, thickness, hole geometry, drawing file and target quality requirement. Our team will review your application and recommend the right setup.