The rotary axis glass laser drilling machine is a specialized machine used for high-precision drilling of glass. Combining laser technology with a rotary axis system, it delivers efficient and precise processing, suitable for a variety of glass products, such as electronic devices, optical components, and decorative glass.
Key Features:
High-Precision Processing:
Laser technology achieves micron-level drilling accuracy, ensuring consistent hole size and shape.
It is suitable for industries requiring high precision, such as electronics, optics, and precision instrument manufacturing. Rotary Axis System:
The machine is equipped with a rotary axis, enabling multi-angle processing and suitable for complex glass shapes.
The rotary axis control enables precise drilling on curved or irregular surfaces.
Non-Contact Processing:
Laser drilling is a non-contact process, eliminating mechanical stress and reducing the risk of cracking or breakage.
It is particularly suitable for processing thin glass or fragile materials.
Efficient Automation:
The machine is typically equipped with an automated control system, supporting batch processing and improving production efficiency.
It can quickly switch between different hole diameters, hole pitches, and hole shapes through programming.
Compatible with a variety of glass materials:
It can process a variety of materials, including ordinary glass, tempered glass, quartz glass, and optical glass.
Adaptable to glass of varying thicknesses and hardness by adjusting laser parameters.
Energy-Saving:
The laser processing process eliminates the need for coolant or other chemicals, reducing environmental pollution.
It has low energy consumption and meets the requirements of green manufacturing.
Applications:
Electronics Industry:
It is used for drilling holes in glass panels for smartphones, tablets, monitors, and other electronic products.
Such holes include holes for cameras, sensors, and speakers.
Optical Industry:
Used for precision drilling of optical components such as optical lenses, filters, and prisms.
Decoration Industry:
Used for pattern drilling of artistic glass and architectural decorative glass to achieve complex design effects.
Industry:
Used for processing automotive glass, rear-view mirrors, and other components.
Research:
Used for processing laboratory glassware or special optical devices.
Technical Parameters (Example):
Laser Type: CO₂ laser, UV laser, or fiber laser.
Drilling Diameter: 0.1mm to several millimeters (adjustable).
Processing Thickness: 0.1mm to 10mm (depending on glass type and laser power).
Rotary Axis Accuracy: ±0.01°.
Processing Speed: Several to dozens of holes per second (depending on hole diameter and material).