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Products
High-speed Laser Glass Drilling Machine
BMCC (Jinan Baimai Chengcheng Machinery Co., Ltd.)provides high-precision High-speed Laser Glass Drilling Machines. Our high-speed laser drilling equipment utilizes advanced non-contact processing technology, achieving minimum hole diameters as small as 0.1mm, with positional accuracy controlled within ±0.02mm, and edges free from chipping and micro-cracks—a quality far surpassing traditional mechanical drilling. The machines feature optimized scanning algorithms and high-speed motion control that dramatically increase processing speeds, making them ideal for high-volume production environments. They are CE certified and perfectly suited for high-demand drilling applications such as electronic glass, photovoltaic glass, automotive sensor glass, and laboratory microfluidic chips. Contact us today for factory-direct pricing and customized OEM support.
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Product Description
As a high-tech enterprise with nearly two decades of experience in glass processing machinery, BMCC is dedicated to providing innovative solutions for glass processors domestically and globally. Our high-speed laser glass drilling machine features advanced galvanometer technology and optimized scanning algorithms that deliver processing speeds3-5 times faster than conventional laser drilling systems. It utilizes high-energy-density pulsed laser beams to instantaneously penetrate and vaporize the glass material, forming high-quality micro-holes. This technology completely overcomes the drawbacks of traditional mechanical drilling, such as slow speed, high tool wear, and susceptibility to chipping. It is particularly suitable for high-volume precision drilling in thin glass (below 3mm), ultra-hard glass, and applications requiring rapid throughput.
Product Details: High-speed Laser Glass Drilling Machine
Manufacturer: Jinan Baimai Chengcheng Machinery Co., Ltd. (BMCC)
Core Advantages: Ultra-Fast Processing, High Precision, Batch Production Capability, Non-contact (stress-free), Capability for any shape of hole.
1. Why Choose Our High-speed Laser Drilling Machine? (Key Advantages)
Our equipment is designed to redefine the speed and precision standards of glass micro-machining. Here's why our solution stands out:
Unbeatable Configuration (The Heart of the Machine): We integrate top-tier components from leading domestic and international brands, ensuring stability and superior performance even under 24/7 high-speed continuous operation.
Breakthrough Processing Speed: Our high-speed galvanometer system combined with optimized control algorithms delivers scanning speeds that dramatically outperform standard laser systems. Drill complex hole patterns in seconds rather than minutes, significantly increasing your production capacity.
Flexible Laser Source Options: Choose from multiple high-quality laser sources based on your application needs—80W green laser (532nm) from Shenzhen Gongda or Raycus for enhanced absorption in certain glass types, or 120W infrared laser (1064nm) from Huari for high-speed drilling applications requiring maximum throughput.
Exceptional Precision at High Speed: Unlike traditional methods that sacrifice quality for speed, our technology maintains ≤±0.02mm positioning accuracy even at maximum processing velocities. Perfect for intricate patterns requiring both speed and precision.
Batch Processing Efficiency: The intelligent control system allows for efficient arrangement of multiple pieces on the worktable, processing them in a single cycle with optimized path planning that minimizes idle time between pieces and holes.
High-Performance Scanning Components: Equipped with Zhiboteike or Han's Smarts high-speed galvo scanner and field lens, ensuring rapid beam positioning and uniform focus across the entire working area.
High Efficiency & Automation: Supports on-the-fly drilling and high-speed array drilling modes. Combined with an AI-driven automatic vision positioning system, it accurately identifies the glass position and automatically compensates for deviations, achieving fast and precise drilling in a single step.
Environmentally Friendly: A purely physical process, free from consumables (like drill bits), cutting fluids, and chemical pollution. Only a dust extraction system is required to maintain a clean workshop environment.
2. Premium Component Configuration (Our Competitive Advantage)
We believe in transparency and quality. Here are the powerful forces behind our machine:
3. Detailed Product Description
The high-speed laser glass drilling machine abandons traditional mechanical contact drilling methods. It uses high-peak-power laser beams with advanced scanning technology to achieve high-quality micro-hole machining at unprecedented speeds through "layer-by-layer ablation" or "filamentation" principles.
Ultra-Fast Processing Technology:High-speed galvanometer scanning heads combined with optimized path planning algorithms dramatically reduce processing time. Complex hole patterns that would take minutes on conventional systems are completed in seconds. Array drilling efficiency is increased by 300-500%.
High-Speed Galvanometer Performance:The Zhiboteike or Han's Smarts high-speed galvo scanner provides rapid acceleration and precise positioning, enabling seamless transitions between thousands of holes per minute without compromising accuracy.
Flexible Laser Selection:Choose between 80W green laser (532nm) for applications requiring enhanced absorption and finer precision, or 120W infrared laser (1064nm) for maximum drilling speed. Both options are optimized for high-throughput applications.
Batch Production Capability:The intelligent control system automatically optimizes the arrangement and processing sequence for multiple pieces and multiple holes. This "set it and forget it" approach maximizes productivity during unattended operation.
Versatility at Speed:Easily handles round holes, square holes, shaped holes, and array holes on various glass types. No tool changes are required; simply modify the software program. The system maintains high speed across all hole patterns.
Intelligent Control:The SYNTEC motion controller and servo system work in tandem with the high-speed galvanometer to coordinate movements with millisecond precision. Advanced software optimizes processing paths for maximum speed while maintaining ≤±0.02mm accuracy.
Quick Changeover:Minimal setup time between different jobs. Store frequently used patterns in memory for instant recall, reducing downtime between production runs.
Complete Solution:From the high-quality laser source and stable optical path system to the high-speed motion stage, every component is optimized for maximum processing velocity without compromising quality.
4. Operating Instructions (Summary)
Our machine is designed with user-friendliness and high automation in mind:
1.Setup: Place the glass substrate onto the worktable. Activate the vacuum suction system if available to ensure the glass is firmly fixed.
2.Programming & Positioning: Use the SYNTEC control panel to select or import your drilling pattern file (e.g., DXF). For batch processing, use the software to define the layout of multiple pieces. Activate the vision system to automatically recognize the glass position; the system will automatically calculate and compensate the processing path.
3.Parameter Adjustment: Set laser power, frequency, pulse width, scanning speed, and other parameters on the touchscreen based on the glass type, thickness, and selected laser source. High-speed presets are available for common applications.
4.Batch Configuration: For multiple pieces, use the software to arrange them efficiently on the worktable. The system will automatically optimize the processing sequence for maximum speed.
5.Execution: Start the machine. The high-speed laser beam guided by the Zhiboteike or Han's Smarts galvanometer will rapidly scan and drill at the specified positions. The system processes all holes and pieces in an optimized sequence for maximum throughput.
6.Unload: Once processing is complete, the laser stops automatically. Remove the finished glass. For batch production, all pieces are processed in a single cycle.
5. Precautions and Safety
Safety is paramount when operating laser equipment.
Laser Safety: This equipment is a Class 4 laser product. Never open the protective enclosure or look directly at the laser beam or its reflections while the machine is running. The operating area must be equipped with dedicated laser safety windows.
Protective Equipment: Operators and maintenance personnel must wear appropriate laser safety goggles matching the specific laser wavelength (532nm for green laser, 1064nm for infrared) during close-up inspection or maintenance.
High-Speed Operation: Maintain safe distance during high-speed operation. The galvanometer and motion stage move rapidly; ensure all safety guards are in place.
Ventilation: Ensure the dust extraction system is functioning correctly to remove glass particles generated during high-speed processing, protecting operator health and keeping optical components clean.
Cooling: Regularly check the TEYU chiller to ensure water temperature and level are within specified limits. High-speed operation generates additional heat requiring proper cooling.
Maintenance: Keep the field lens and galvanometer window clean to prevent dust contamination which can cause lens heating/damage or attenuation of laser energy. Clean optical components using approved methods only.
Qualified Personnel: Only trained and qualified personnel should operate or perform maintenance on the machine.
6. Why Choose Jinan Baimai Chengcheng?
Experience: Founded in 2003, we are a high-tech enterprise with nearly 20 years of experience in glass processing machinery, giving us deep insight into industry challenges.
Certification: We hold ISO 9001 quality management system certification, and our products comply with CE standards.
Innovation Focus: We continuously develop new technologies to improve processing speed and efficiency for our customers.
Flexible Configuration: Offering multiple high-speed laser source options from leading manufacturers (Shenzhen Gongda, Raycus, Huari) allows us to match the perfect laser to your specific high-speed application.
Global Reach: Our equipment is trusted by customers worldwide, proving its quality, speed, and reliability.
Support: We offer comprehensive pre-sales technical support, video tutorials, remote diagnostics, and on-site engineer installation and training services when necessary.
Commitment: "Customer First" is our motto. We are dedicated to providing you with the most suitable equipment and excellent after-sales service.
7. Call to Action
Ready to dramatically increase your glass drilling production speed and achieve 3-5× faster processing with our high-speed laser technology?
Contact us today for a detailed manual, personalized quotation, or to schedule an on-site sample test!
Jinan Baimai Chengcheng Machinery Co., Ltd.
Product Details: High-speed Laser Glass Drilling Machine
Manufacturer: Jinan Baimai Chengcheng Machinery Co., Ltd. (BMCC)
Core Advantages: Ultra-Fast Processing, High Precision, Batch Production Capability, Non-contact (stress-free), Capability for any shape of hole.
1. Why Choose Our High-speed Laser Drilling Machine? (Key Advantages)
Our equipment is designed to redefine the speed and precision standards of glass micro-machining. Here's why our solution stands out:
Unbeatable Configuration (The Heart of the Machine): We integrate top-tier components from leading domestic and international brands, ensuring stability and superior performance even under 24/7 high-speed continuous operation.
Breakthrough Processing Speed: Our high-speed galvanometer system combined with optimized control algorithms delivers scanning speeds that dramatically outperform standard laser systems. Drill complex hole patterns in seconds rather than minutes, significantly increasing your production capacity.
Flexible Laser Source Options: Choose from multiple high-quality laser sources based on your application needs—80W green laser (532nm) from Shenzhen Gongda or Raycus for enhanced absorption in certain glass types, or 120W infrared laser (1064nm) from Huari for high-speed drilling applications requiring maximum throughput.
Exceptional Precision at High Speed: Unlike traditional methods that sacrifice quality for speed, our technology maintains ≤±0.02mm positioning accuracy even at maximum processing velocities. Perfect for intricate patterns requiring both speed and precision.
Batch Processing Efficiency: The intelligent control system allows for efficient arrangement of multiple pieces on the worktable, processing them in a single cycle with optimized path planning that minimizes idle time between pieces and holes.
High-Performance Scanning Components: Equipped with Zhiboteike or Han's Smarts high-speed galvo scanner and field lens, ensuring rapid beam positioning and uniform focus across the entire working area.
High Efficiency & Automation: Supports on-the-fly drilling and high-speed array drilling modes. Combined with an AI-driven automatic vision positioning system, it accurately identifies the glass position and automatically compensates for deviations, achieving fast and precise drilling in a single step.
Environmentally Friendly: A purely physical process, free from consumables (like drill bits), cutting fluids, and chemical pollution. Only a dust extraction system is required to maintain a clean workshop environment.
2. Premium Component Configuration (Our Competitive Advantage)
We believe in transparency and quality. Here are the powerful forces behind our machine:
| Component | Brand | Advantage |
| Control System & Servo Drive | SYNTEC | Globally renowned for stability, achieving high-precision, smooth multi-axis linkage control, ensuring perfect path tracking even at high speeds. |
| Laser Source (Green) | Shenzhen Gongda / Raycus | 80W green laser, 532nm wavelength. Provides excellent absorption for certain glass types, high peak power, and narrow pulse width for high-speed precision drilling. |
| Laser Source (Infrared) | Huari | 120W infrared laser, 1064nm wavelength. High power output for ultra-high-speed drilling applications with excellent beam quality. |
| Galvanometer (Scan Head) | Zhiboteike / Han's Smarts | High-speed, high-precision, low-drift scanning performance with rapid acceleration, ensuring accurate positioning and repeatability for high-speed micro-hole arrays. |
| Field Lens & Optical System | Zhiboteike / Huaying | Features special chromatic aberration correction design, ensuring uniform spot focus and high-quality beam transmission across the entire processing area at high scanning speeds. |
| Chiller | TEYU | Provides stable temperature control with ±0.1°C precision, protecting the laser source during extended high-speed operation. |
| Vision Positioning System | Keyence / Hikvision | High-resolution CCD camera for precise mark point identification and contour recognition, automatically correcting positional deviations at high speed. |
| Guides & Ball Screws | HIWIN / PMI | High-precision ground ball screws ensure the machine's structural rigidity and high positioning accuracy during rapid motion. |
| Motion Stage | Linear Motor | Optional linear motor drive for high acceleration and fast response, significantly boosting on-the-fly drilling efficiency for high-speed applications. |
| Low Voltage Electricals | LS / Schneider Electric | Trusted global brands for circuit protection and control, ensuring electrical system safety during continuous high-speed operation. |
| Photoelectric Switches | AUTONICS | Precise sensing and detection for automated workflows and high-speed positioning. |
3. Detailed Product Description
The high-speed laser glass drilling machine abandons traditional mechanical contact drilling methods. It uses high-peak-power laser beams with advanced scanning technology to achieve high-quality micro-hole machining at unprecedented speeds through "layer-by-layer ablation" or "filamentation" principles.
Ultra-Fast Processing Technology:High-speed galvanometer scanning heads combined with optimized path planning algorithms dramatically reduce processing time. Complex hole patterns that would take minutes on conventional systems are completed in seconds. Array drilling efficiency is increased by 300-500%.
High-Speed Galvanometer Performance:The Zhiboteike or Han's Smarts high-speed galvo scanner provides rapid acceleration and precise positioning, enabling seamless transitions between thousands of holes per minute without compromising accuracy.
Flexible Laser Selection:Choose between 80W green laser (532nm) for applications requiring enhanced absorption and finer precision, or 120W infrared laser (1064nm) for maximum drilling speed. Both options are optimized for high-throughput applications.
Batch Production Capability:The intelligent control system automatically optimizes the arrangement and processing sequence for multiple pieces and multiple holes. This "set it and forget it" approach maximizes productivity during unattended operation.
Versatility at Speed:Easily handles round holes, square holes, shaped holes, and array holes on various glass types. No tool changes are required; simply modify the software program. The system maintains high speed across all hole patterns.
Intelligent Control:The SYNTEC motion controller and servo system work in tandem with the high-speed galvanometer to coordinate movements with millisecond precision. Advanced software optimizes processing paths for maximum speed while maintaining ≤±0.02mm accuracy.
Quick Changeover:Minimal setup time between different jobs. Store frequently used patterns in memory for instant recall, reducing downtime between production runs.
Complete Solution:From the high-quality laser source and stable optical path system to the high-speed motion stage, every component is optimized for maximum processing velocity without compromising quality.
4. Operating Instructions (Summary)
Our machine is designed with user-friendliness and high automation in mind:
1.Setup: Place the glass substrate onto the worktable. Activate the vacuum suction system if available to ensure the glass is firmly fixed.
2.Programming & Positioning: Use the SYNTEC control panel to select or import your drilling pattern file (e.g., DXF). For batch processing, use the software to define the layout of multiple pieces. Activate the vision system to automatically recognize the glass position; the system will automatically calculate and compensate the processing path.
3.Parameter Adjustment: Set laser power, frequency, pulse width, scanning speed, and other parameters on the touchscreen based on the glass type, thickness, and selected laser source. High-speed presets are available for common applications.
4.Batch Configuration: For multiple pieces, use the software to arrange them efficiently on the worktable. The system will automatically optimize the processing sequence for maximum speed.
5.Execution: Start the machine. The high-speed laser beam guided by the Zhiboteike or Han's Smarts galvanometer will rapidly scan and drill at the specified positions. The system processes all holes and pieces in an optimized sequence for maximum throughput.
6.Unload: Once processing is complete, the laser stops automatically. Remove the finished glass. For batch production, all pieces are processed in a single cycle.
5. Precautions and Safety
Safety is paramount when operating laser equipment.
Laser Safety: This equipment is a Class 4 laser product. Never open the protective enclosure or look directly at the laser beam or its reflections while the machine is running. The operating area must be equipped with dedicated laser safety windows.
Protective Equipment: Operators and maintenance personnel must wear appropriate laser safety goggles matching the specific laser wavelength (532nm for green laser, 1064nm for infrared) during close-up inspection or maintenance.
High-Speed Operation: Maintain safe distance during high-speed operation. The galvanometer and motion stage move rapidly; ensure all safety guards are in place.
Ventilation: Ensure the dust extraction system is functioning correctly to remove glass particles generated during high-speed processing, protecting operator health and keeping optical components clean.
Cooling: Regularly check the TEYU chiller to ensure water temperature and level are within specified limits. High-speed operation generates additional heat requiring proper cooling.
Maintenance: Keep the field lens and galvanometer window clean to prevent dust contamination which can cause lens heating/damage or attenuation of laser energy. Clean optical components using approved methods only.
Qualified Personnel: Only trained and qualified personnel should operate or perform maintenance on the machine.
6. Why Choose Jinan Baimai Chengcheng?
Experience: Founded in 2003, we are a high-tech enterprise with nearly 20 years of experience in glass processing machinery, giving us deep insight into industry challenges.
Certification: We hold ISO 9001 quality management system certification, and our products comply with CE standards.
Innovation Focus: We continuously develop new technologies to improve processing speed and efficiency for our customers.
Flexible Configuration: Offering multiple high-speed laser source options from leading manufacturers (Shenzhen Gongda, Raycus, Huari) allows us to match the perfect laser to your specific high-speed application.
Global Reach: Our equipment is trusted by customers worldwide, proving its quality, speed, and reliability.
Support: We offer comprehensive pre-sales technical support, video tutorials, remote diagnostics, and on-site engineer installation and training services when necessary.
Commitment: "Customer First" is our motto. We are dedicated to providing you with the most suitable equipment and excellent after-sales service.
7. Call to Action
Ready to dramatically increase your glass drilling production speed and achieve 3-5× faster processing with our high-speed laser technology?
Contact us today for a detailed manual, personalized quotation, or to schedule an on-site sample test!
Jinan Baimai Chengcheng Machinery Co., Ltd.
Product Parameter
| Item | Parameter |
| Laser Source | Shenzhen Gongda / Raycus (Green) / Huari (Infrared) |
| Laser Power & Wavelength | 80W Green Laser (532nm) / 120W Infrared Laser (1064nm) |
| Processing Speed | 3-5× faster than conventional laser drilling systems |
| Processing Hole Diameter Range | 0.1mm - 5mm (Customizable) |
| Processing Thickness | 0.1mm - 8mm (Depends on material and laser power) |
| Max Processing Area | 600mm x 600mm (Customizable) |
| Positioning Accuracy | ≤ ±0.02mm |
| Repeat Positioning Accuracy | ≤ ±0.01mm |
| Galvanometer (Scan Head) | Zhiboteike / Han's Smarts (High-speed model) |
| Field Lens | Zhiboteike / Huaying |
| Supported Formats | PLT, DXF, BMP, AI, Gerber, etc. |
| Cooling System | Integrated high-precision constant temperature chiller (TEYU) |
| Control Interface | Chuangying Touch Screen HMI |
| Power Supply | 380V 50Hz / According to customer specifications |
| Array Drilling Capability | Optimized for high-speed multi-hole arrays |
Product Feature
Cold Processing & High Yield: Utilizes "cold" processing principles, resulting in an extremely small heat-affected zone (HAZ). This effectively prevents micro-cracks and thermal stress around the hole, maintaining the strength of the glass substrate and achieving yields exceeding 99.5%.
High-Speed Processing Technology: Advanced scanning technology and optimized path planning algorithms achieve processing speeds3-5 times faster than conventional laser drilling systems, enabling high-volume production with exceptional efficiency.
Rapid Array Drilling Capability: Perfect for batch processing of multiple holes and multiple glass pieces in a single cycle, dramatically reducing per-unit processing time.
High Aspect Ratio & Shaped Holes: Capable of drilling not only round holes but also squares, ellipses, and any complex irregular shapes effortlessly at high speed, meeting diverse design requirements.
Multiple Laser Options: Available with 80W green laser (532nm) from Shenzhen Gongda or Raycus, or 120W infrared laser (1064nm) from Huari, providing flexibility for different glass types and high-speed applications.
Quick Job Changeover: Minimal setup time between different patterns or glass types, ideal for facilities handling diverse product runs with high efficiency.
Application Areas:
Consumer Electronics: High-volume drilling for smartphone camera cover lenses, fingerprint sensor holes, smartwatch case glass openings.
Automotive Electronics: Rapid drilling of mounting holes for in-vehicle displays, protective windows for LiDAR sensors, drilling for rear-view camera lenses.
Photovoltaic Energy: High-speed electrode via holes in photovoltaic glass backplanes, drilling substrates for thin-film solar cells.
Biomedical: Efficient processing of channels and injection ports for microfluidic chips, array holes in laboratory slides.
Mass Production Environments: Ideal for facilities requiring high throughput and quick turnaround times.
High-Speed Processing Technology: Advanced scanning technology and optimized path planning algorithms achieve processing speeds3-5 times faster than conventional laser drilling systems, enabling high-volume production with exceptional efficiency.
Rapid Array Drilling Capability: Perfect for batch processing of multiple holes and multiple glass pieces in a single cycle, dramatically reducing per-unit processing time.
High Aspect Ratio & Shaped Holes: Capable of drilling not only round holes but also squares, ellipses, and any complex irregular shapes effortlessly at high speed, meeting diverse design requirements.
Multiple Laser Options: Available with 80W green laser (532nm) from Shenzhen Gongda or Raycus, or 120W infrared laser (1064nm) from Huari, providing flexibility for different glass types and high-speed applications.
Quick Job Changeover: Minimal setup time between different patterns or glass types, ideal for facilities handling diverse product runs with high efficiency.
Application Areas:
Consumer Electronics: High-volume drilling for smartphone camera cover lenses, fingerprint sensor holes, smartwatch case glass openings.
Automotive Electronics: Rapid drilling of mounting holes for in-vehicle displays, protective windows for LiDAR sensors, drilling for rear-view camera lenses.
Photovoltaic Energy: High-speed electrode via holes in photovoltaic glass backplanes, drilling substrates for thin-film solar cells.
Biomedical: Efficient processing of channels and injection ports for microfluidic chips, array holes in laboratory slides.
Mass Production Environments: Ideal for facilities requiring high throughput and quick turnaround times.
