Products

14mm Glass Drilling 3D Galvo Scanner

Compared with traditional mechanical drilling methods, this laser glass drilling solution offers significant advantages, including lower scrap rates, the ability to process complex and irregular hole geometries, higher processing speeds, superior accuracy, and excellent process stability. Its flexible and non-contact processing approach enables manufacturers to overcome many limitations of conventional glass machining technologies. The solution is widely used in industries such as display panel glass, consumer electronics glass, appliance glass, optical glass, optoelectronic glass, and photovoltaic glass, providing an efficient and reliable solution for high-precision glass drilling applications.
Facebook
Twitter
LinkedIn

Product Advantages

● Highly Integrated Design

The system integrates a high-performance 2D galvo scanner, high-speed dynamic focusing unit, precision optical assemblies, and a post-focus F-Theta lens into a compact and robust architecture. Its optimized optical design ensures precise beam delivery, excellent sealing performance, streamlined installation, and long-term operational reliability.

● High Efficiency

Equipped with a high-speed galvo scanner, a fast-response dynamic focusing unit, and dedicated glass drilling software, the system delivers rapid drilling speeds and significantly improved processing efficiency, making it ideal for high-volume glass manufacturing applications.

● High Stability

Featuring a sealed metal housing and multi-level anti-interference protection circuitry, the system effectively resists electromagnetic interference and environmental disturbances, ensuring stable and reliable performance under demanding industrial conditions.

● High Precision

Powered by an advanced closed-loop PID control algorithm and 16-bit control resolution, the system delivers exceptional positioning accuracy and precise beam control, enabling high-quality micro-hole drilling and superior machining consistency.

● Environmentally Friendly Process

Compared with traditional waterjet cutting and drilling processes, laser-based 3D glass drilling requires no wastewater discharge, significantly reducing environmental impact. Dust and debris generated during processing can be efficiently collected and filtered, resulting in a cleaner, more sustainable manufacturing process.



Model GD3D-1064-14A GD3D-1064-14AS GD3D-532-14A
Laser Source DPSS Infrared Fiber Infrared DPSS Green
Incident Beam Diameter (mm) <9 <4 <9
Maximum Hole Diameter (mm) 90 45 90
Maximum Glass Thickness (mm) <15 <15 <10
Edge Chipping Nanosecond: ≤200 μm
Picosecond: ≤20 μm
Femtosecond: Near Chip-Free Edge
Nanosecond: ≤300 μm Sub-Nanosecond: ≤100 μm
Compatible Glass Types Most Glass Types Common Glass Types Most Glass Types
Expandable Motion Axes 4-Axis
Scan Angle (rad) ±0.35
Power Supply ±15 VDC / 10 A
Operating Temperature (°C) 25 ±10
Weight (kg) 4.8 4.9 4.8



Scroll to Top