Skip to content 
Glass Grooving – High-Precision Custom Glass Slotting Expert
1. CNC Glass Grooving Technology
CNC glass grooving is the most widely used method for precision glass slot machining, offering the following advantages:
- High-Precision Machining: Equipped with advanced CNC control systems, groove width and groove depth tolerances can reach ±0.05 mm.
- Complex Groove Profiles: Capable of producing various groove shapes, including rectangular grooves, V-grooves, U-grooves, trapezoidal grooves, and other custom profiles.
- Automated Production: Fully automated operation improves production efficiency while ensuring consistent product quality.
- Wide Material Compatibility: Suitable for processing standard glass, tempered glass, optical glass, quartz glass, and other specialty glass materials.
Our CNC glass grooving equipment is equipped with advanced tooling systems and precision cooling technology, ensuring stable machining performance and superior groove surface finish.
- Glass Grooving – Jinxiong Glass Factory
- Watch Cycle – Jinxiong Glass Factory
- Glass Grooving – Jinxiong Glass Factory
2. Laser Glass Grooving Technology
Laser glass grooving is a high-precision non-contact processing technology with the following key features:
- Ultra-Precision Cutting: Laser grooving accuracy can reach ±0.01 mm, making it ideal for high-precision electronic components.
- No Mechanical Stress: Non-contact machining eliminates mechanical stress on the glass surface, reducing the risk of cracking or breakage.
- Micro-Groove Processing: Capable of machining micro-grooves with widths smaller than 0.1 mm, suitable for specialized electronic applications.
- Complex Groove Paths: Enables the production of intricate curved grooves and 3D groove structures.
Our laser glass grooving systems utilize imported laser sources and high-precision motion platforms to ensure outstanding machining quality and production efficiency.
3. Adhesive-Free Bonding Grooves / Holes
Adhesive-free bonding grooves and holes are mainly used in medical, chemical, and optical precision components. These products require excellent corrosion resistance and extremely demanding manufacturing standards.
