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Laser Glass Coating Removal Machine
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PV Glass Dedicated Horizontal Laser Coating Removal Machine
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PV Glass Dedicated Horizontal Laser Coating Removal Machine
BMCC (Jinan Baimai Chengcheng Machinery Co., Ltd.) designs PV Glass Dedicated Horizontal Remover for Chinese manufacturers. Our cost-effective solutions deliver 98% film removal efficiency with CE certification.Specialized for photovoltaic glass processing, ideal for solar panel manufacturing and repair. Contact us for factory-direct pricing and OEM support.
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Product Description
As a Jinan-based equipment manufacturer, BMCC focuses on practical solutions for domestic glass processors. Our PV Glass Dedicated Horizontal Remover ruses advanced fiber laser technology (1064nm) to remove protective films and coatings from photovoltaic glass surfaces. Specifically engineered for 2-6mm solar glass thickness, it replaces manual scraping in solar panel production lines with optimized processing parameters for solar applications.
Product Details: PV Glass Dedicated Horizontal Laser Coating Removal Machine
Manufacturer:Jinan Baimai Chengcheng Machinery Co., Ltd.
Core Strength:High-precision, non-contact, environmentally friendly processing withspecialized optimization for photovoltaic glass applications.
1. Why Choose Our PV Glass Dedicated Horizontal Laser Coating Removal Machine ? (Key Advantages)
Our machine is engineered to set a new standard in coating removal for the solar industry. Here is why our solution stands out in the global market:
Unmatched Configuration (The Heart of the Machine):We utilize a premium mix of international and top-tier domestic brands to ensure reliability and performance for demanding solar production environments.
Solar-Optimized Processing:Specialized laser parameters and software algorithms are fine-tuned for photovoltaic glass coatings, including TCO (Transparent Conductive Oxide), anti-reflective layers, and edge deletion requirements specific to solar panel manufacturing.
Superior Precision & Cleanliness:The laser achieves micron-level precision, ensuring clean removal without damaging the delicate solar glass substrate or affecting cell performance. This guarantees excellent adhesion for encapsulation materials.
Non-Contact Processing:Unlike traditional mechanical methods, the laser eliminates stress and micro-cracks in solar glass, resulting in zero tooling costs and no physical deformation.
High Efficiency for Solar Production:Our advanced control system allows for rapid processing of standard solar panel sizes (up to 2.2m x 3.0m), significantly boosting your solar module production throughput.
Low Thermal Impact:Optimized pulse parameters minimize heat-affected zones, protecting sensitive photovoltaic materials and maintaining cell efficiency.
Environmentally Friendly:As a dry etching process, it produces no chemical waste or water pollution — aligning with the green manufacturing principles of the solar industry.
2. Premium Component Configuration (Our Competitive Edge)
We believe in transparency and quality. Here is the powerhouse behind our solar glass dedicated machine:
3. Detailed Product Description
The PV Glass Dedicated Horizontal Laser Coating Removal Machine is specifically designed for the photovoltaic industry and solar panel manufacturing environments. It efficiently removes metallic, anti-reflective, and transparent conductive oxide coatings from the edge of solar glass panes using laser parameters optimized for photovoltaic applications, preparing them perfectly for encapsulation and module assembly.
Solar-Optimized Laser Technology:Advanced pulse control and specialized algorithms enable clean removal of solar-specific coatings including:
(1)Anti-reflective (AR) layers
(2)Transparent Conductive Oxides (TCO) such as ITO, FTO, AZO
(3)Edge deletion for thin-film solar panels
(4)Backside coatings and moisture barriers
Large-Format Capability:Engineered to handle standard solar panel sizes up to 2.2m x 3.0m, compatible with mainstream photovoltaic manufacturing formats.
Horizontal Design:Easy to operate and suitable for stable handling of large, thin solar glass sheets with minimal breakage risk.
Versatility:Handles both standard rectangular solar panels and special-shaped photovoltaic glass for BIPV (Building-Integrated Photovoltaics) applications.
Intelligent Control:The SYNTEC motion controller with solar-specific software libraries provides one-touch selection for common panel sizes and coating types.
Production Integration Ready:Standard interfaces for integration with solar panel production lines, including conveyor synchronization and MES connectivity.
Complete Solution:From the high-quality JPT laser source to the precision OuYa galvanometer, every component is optimized for solar glass processing.
4. Operating Instructions (Summary)
Our PV Glass Dedicated Horizontal Remover is designed for ease of use with photovoltaic production:
1.Setup:Load the solar glass panel onto the machine worktable. The automatic positioning system secures it in place with gentle clamping suitable for thin solar glass.
2.Panel Selection:Use the SYNTEC control panel to select the pre-programmed solar panel size from the library (e.g., 1650mm x 990mm, 2000mm x 1000mm) or import your custom dimensions.
3.Coating Type Selection:Choose the coating type (AR, TCO, edge delete) from the solar-specific menu. The system automatically applies optimized laser parameters.
4.Parameter Adjustment:Review and fine-tune settings if needed. Parameters can be saved for different solar product configurations.
5.Execution:Start the machine. The laser head, guided by the OuYa galvanometer and SYNTEC controller, will automatically scan and remove the coating along the programmed edge path with solar-optimized pulse parameters.
6.Completion:Once processing is complete, the laser stops automatically. Remove the solar glass panel. The edge is now ready for encapsulation and module assembly.
5. Precautions & Safety
Safety is paramount when operating laser equipment, especially in solar manufacturing environments.
Laser Safety:Never look directly at the laser beam or its reflection. The machine must be operated in a designated safe area with proper interlocks.
Solar Glass Handling:Solar glass is thin and fragile. Follow recommended handling procedures to prevent breakage during loading and unloading.
Protective Equipment:Operators should wear appropriate laser safety goggles and clean-room compatible gloves when handling solar glass.
Ventilation:Ensure the dust extraction system is functioning correctly to remove any ablated coating particles — particularly important for TCO materials.
Cooling:Regularly check the TEYU chiller to ensure the water temperature and level are within the specified range for continuous solar production.
Maintenance:Keep the CSDQ field lens and OuYa galvanometer windows clean to maintain optimal laser performance for consistent edge deletion.
Qualified Personnel:Only trained personnel should operate or service the machine.
6. Why Partner with Jinan Baimai Chengcheng?
Experience:Founded in 2003, we are a high-tech enterprise with nearly 20 years of experience in glass processing machinery, including extensive work with solar manufacturers.
Solar Industry Expertise:Our R&D team has developed specialized processing parameters in collaboration with photovoltaic manufacturers, ensuring optimal results for solar applications.
Certifications:We hold ISO 9001 quality management system certification.
Global Reach:Our solar glass processing equipment is trusted by PV manufacturers worldwide.
Support:We offer comprehensive technical support, process development assistance for new solar coatings, video tutorials, and, if needed, engineer dispatch for installation and training.
Commitment:"Customer First" is our motto. We are committed to providing you with the best equipment and after-sales service for your solar manufacturing needs.
7. Call to Action
Ready to optimize your solar panel production with specialized laser coating removal technology?
Contact us today for a detailed brochure, a personalized quotation, or to schedule a live demonstration with your solar glass samples!
Jinan Baimai Chengcheng Machinery Co., Ltd.
Product Details: PV Glass Dedicated Horizontal Laser Coating Removal Machine
Manufacturer:Jinan Baimai Chengcheng Machinery Co., Ltd.
Core Strength:High-precision, non-contact, environmentally friendly processing withspecialized optimization for photovoltaic glass applications.
1. Why Choose Our PV Glass Dedicated Horizontal Laser Coating Removal Machine ? (Key Advantages)
Our machine is engineered to set a new standard in coating removal for the solar industry. Here is why our solution stands out in the global market:
Unmatched Configuration (The Heart of the Machine):We utilize a premium mix of international and top-tier domestic brands to ensure reliability and performance for demanding solar production environments.
Solar-Optimized Processing:Specialized laser parameters and software algorithms are fine-tuned for photovoltaic glass coatings, including TCO (Transparent Conductive Oxide), anti-reflective layers, and edge deletion requirements specific to solar panel manufacturing.
Superior Precision & Cleanliness:The laser achieves micron-level precision, ensuring clean removal without damaging the delicate solar glass substrate or affecting cell performance. This guarantees excellent adhesion for encapsulation materials.
Non-Contact Processing:Unlike traditional mechanical methods, the laser eliminates stress and micro-cracks in solar glass, resulting in zero tooling costs and no physical deformation.
High Efficiency for Solar Production:Our advanced control system allows for rapid processing of standard solar panel sizes (up to 2.2m x 3.0m), significantly boosting your solar module production throughput.
Low Thermal Impact:Optimized pulse parameters minimize heat-affected zones, protecting sensitive photovoltaic materials and maintaining cell efficiency.
Environmentally Friendly:As a dry etching process, it produces no chemical waste or water pollution — aligning with the green manufacturing principles of the solar industry.
2. Premium Component Configuration (Our Competitive Edge)
We believe in transparency and quality. Here is the powerhouse behind our solar glass dedicated machine:
| Component | Brand | Advantage |
|---|---|---|
| Control System & Servo Drive | SYNTEC | World-renowned for stability, high precision, and smooth motion control. Ensures perfect path tracking for large-format solar panels. |
| Laser Source | JPT | High-quality, stable beam profile, long lifespan, and excellent electro-optical conversion efficiency. Optimized pulse control for solar coatings. |
| Galvanometer (Scanning Head) | OuYa | High-speed, accurate, and stable scanning performance. The industry standard for reliability in high-volume production. |
| F-Theta Lens (Field Lens) | CSDQ | Ensures uniform focus and high-quality beam delivery across the entire working area for consistent solar panel edge deletion. |
| Chiller | TEYU | Provides stable temperature control to protect the laser source and ensure 24/7 operation for continuous solar production. |
| Touch Screen HMI | Chuangying | User-friendly interface with solar-specific presets for common panel sizes and coating types. Easy operation and monitoring. |
| Guide Rail & Ball Screw | High-Precision | Ensures the structural rigidity and positioning accuracy of the machine for large-format solar glass handling. |
| General Motor | AIERFA | Robust and reliable performance for auxiliary functions. |
| Reducer | Qijun | Efficient power transmission with low noise. |
| Low Voltage Electricals | LS | Trusted global brand for circuit protection and control. |
| Relays | Schneider | Industry gold standard for electrical safety and durability. |
| Photoelectric Switches | AUTONICS | Precise sensing and detection for automated workflows and solar panel positioning. |
3. Detailed Product Description
The PV Glass Dedicated Horizontal Laser Coating Removal Machine is specifically designed for the photovoltaic industry and solar panel manufacturing environments. It efficiently removes metallic, anti-reflective, and transparent conductive oxide coatings from the edge of solar glass panes using laser parameters optimized for photovoltaic applications, preparing them perfectly for encapsulation and module assembly.
Solar-Optimized Laser Technology:Advanced pulse control and specialized algorithms enable clean removal of solar-specific coatings including:
(1)Anti-reflective (AR) layers
(2)Transparent Conductive Oxides (TCO) such as ITO, FTO, AZO
(3)Edge deletion for thin-film solar panels
(4)Backside coatings and moisture barriers
Large-Format Capability:Engineered to handle standard solar panel sizes up to 2.2m x 3.0m, compatible with mainstream photovoltaic manufacturing formats.
Horizontal Design:Easy to operate and suitable for stable handling of large, thin solar glass sheets with minimal breakage risk.
Versatility:Handles both standard rectangular solar panels and special-shaped photovoltaic glass for BIPV (Building-Integrated Photovoltaics) applications.
Intelligent Control:The SYNTEC motion controller with solar-specific software libraries provides one-touch selection for common panel sizes and coating types.
Production Integration Ready:Standard interfaces for integration with solar panel production lines, including conveyor synchronization and MES connectivity.
Complete Solution:From the high-quality JPT laser source to the precision OuYa galvanometer, every component is optimized for solar glass processing.
4. Operating Instructions (Summary)
Our PV Glass Dedicated Horizontal Remover is designed for ease of use with photovoltaic production:
1.Setup:Load the solar glass panel onto the machine worktable. The automatic positioning system secures it in place with gentle clamping suitable for thin solar glass.
2.Panel Selection:Use the SYNTEC control panel to select the pre-programmed solar panel size from the library (e.g., 1650mm x 990mm, 2000mm x 1000mm) or import your custom dimensions.
3.Coating Type Selection:Choose the coating type (AR, TCO, edge delete) from the solar-specific menu. The system automatically applies optimized laser parameters.
4.Parameter Adjustment:Review and fine-tune settings if needed. Parameters can be saved for different solar product configurations.
5.Execution:Start the machine. The laser head, guided by the OuYa galvanometer and SYNTEC controller, will automatically scan and remove the coating along the programmed edge path with solar-optimized pulse parameters.
6.Completion:Once processing is complete, the laser stops automatically. Remove the solar glass panel. The edge is now ready for encapsulation and module assembly.
5. Precautions & Safety
Safety is paramount when operating laser equipment, especially in solar manufacturing environments.
Laser Safety:Never look directly at the laser beam or its reflection. The machine must be operated in a designated safe area with proper interlocks.
Solar Glass Handling:Solar glass is thin and fragile. Follow recommended handling procedures to prevent breakage during loading and unloading.
Protective Equipment:Operators should wear appropriate laser safety goggles and clean-room compatible gloves when handling solar glass.
Ventilation:Ensure the dust extraction system is functioning correctly to remove any ablated coating particles — particularly important for TCO materials.
Cooling:Regularly check the TEYU chiller to ensure the water temperature and level are within the specified range for continuous solar production.
Maintenance:Keep the CSDQ field lens and OuYa galvanometer windows clean to maintain optimal laser performance for consistent edge deletion.
Qualified Personnel:Only trained personnel should operate or service the machine.
6. Why Partner with Jinan Baimai Chengcheng?
Experience:Founded in 2003, we are a high-tech enterprise with nearly 20 years of experience in glass processing machinery, including extensive work with solar manufacturers.
Solar Industry Expertise:Our R&D team has developed specialized processing parameters in collaboration with photovoltaic manufacturers, ensuring optimal results for solar applications.
Certifications:We hold ISO 9001 quality management system certification.
Global Reach:Our solar glass processing equipment is trusted by PV manufacturers worldwide.
Support:We offer comprehensive technical support, process development assistance for new solar coatings, video tutorials, and, if needed, engineer dispatch for installation and training.
Commitment:"Customer First" is our motto. We are committed to providing you with the best equipment and after-sales service for your solar manufacturing needs.
7. Call to Action
Ready to optimize your solar panel production with specialized laser coating removal technology?
Contact us today for a detailed brochure, a personalized quotation, or to schedule a live demonstration with your solar glass samples!
Jinan Baimai Chengcheng Machinery Co., Ltd.
Product Parameter
● Laser Source:JPT Fiber Laser with solar-optimized pulse control
● Max Output Power:[Customizable, 120W / 200W / 300W / 500W for high-speed solar production]
● Laser Wavelength:1064nm
● Solar Glass Thickness:2mm – 6mm (optimized for photovoltaic glass)
● Max Panel Size:[Up to 2200mm x 3000mm] (Customizable for your solar panel formats)
● Removal Speed:Optimized for solar production throughput (varies by coating type)
● Positioning Accuracy:≤ ±0.1mm
● Repeatability:≤ ±0.05mm
● Supported Solar Coating Types:Anti-reflective (AR), Transparent Conductive Oxides (ITO, FTO, AZO), metallic busbar coatings, edge deletion
● Supported Formats:PLT, DXF, BMP, AI, DST, plus solar panel size library
● Cooling System:Integrated Constant Temperature Chiller (TEYU)
● Control Interface:Chuangying Touch Screen with solar presets
● Production Compatibility:Conveyor height adjustable for solar line integration
● Max Output Power:[Customizable, 120W / 200W / 300W / 500W for high-speed solar production]
● Laser Wavelength:1064nm
● Solar Glass Thickness:2mm – 6mm (optimized for photovoltaic glass)
● Max Panel Size:[Up to 2200mm x 3000mm] (Customizable for your solar panel formats)
● Removal Speed:Optimized for solar production throughput (varies by coating type)
● Positioning Accuracy:≤ ±0.1mm
● Repeatability:≤ ±0.05mm
● Supported Solar Coating Types:Anti-reflective (AR), Transparent Conductive Oxides (ITO, FTO, AZO), metallic busbar coatings, edge deletion
● Supported Formats:PLT, DXF, BMP, AI, DST, plus solar panel size library
● Cooling System:Integrated Constant Temperature Chiller (TEYU)
● Control Interface:Chuangying Touch Screen with solar presets
● Production Compatibility:Conveyor height adjustable for solar line integration
Product Feature
Solar Glass Specialization:Optimized laser parameters and processing algorithms specifically designed for photovoltaic glass coatings, including anti-reflective layers, transparent conductive oxides, and edge deletion for solar panels.
Eco-Friendly Precision:Laser ablation replaces chemical solvents, reducing environmental impact by 70% — critical for green energy manufacturing.
High-Throughput Design:Engineered for solar panel production line integration with rapid processing speeds suitable for high-volume manufacturing.
Smart Automation:AI-driven path planning adapts to standard solar panel sizes and configurations.
Applications:
Solar Manufacturing:Edge deletion of thin-film solar panels, removal of anti-reflective coatings from PV glass.
Solar Recycling:Reclaiming and refurbishing photovoltaic panels by removing degraded coatings.
Solar R&D:Prototype and small-batch processing of experimental solar cell configurations.
Eco-Friendly Precision:Laser ablation replaces chemical solvents, reducing environmental impact by 70% — critical for green energy manufacturing.
High-Throughput Design:Engineered for solar panel production line integration with rapid processing speeds suitable for high-volume manufacturing.
Smart Automation:AI-driven path planning adapts to standard solar panel sizes and configurations.
Applications:
Solar Manufacturing:Edge deletion of thin-film solar panels, removal of anti-reflective coatings from PV glass.
Solar Recycling:Reclaiming and refurbishing photovoltaic panels by removing degraded coatings.
Solar R&D:Prototype and small-batch processing of experimental solar cell configurations.
