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GW-A02
A 3D laser engraving machine is a specialized device used for precise engraving inside transparent materials such as glass, crystal, and acrylic. By focusing a laser beam, it creates tiny bubbles or cracks at specific depths within the material, forming patterns, text, or three-dimensional images. This engraving technology is widely used in the production of gifts, art sculptures, customized souvenirs, and industrial markings.
Versatile and Multi-Functional:
This machine can engrave on a wide range of transparent materials such as acrylic, crystal, glass, and zircon. Through technological improvements by our company, it can also perform basic laser engraving on opaque materials like metal and non-metal surfaces, making it a versatile tool for various applications.
2D and 3D Capabilities:
The machine supports both 2D and 3D engraving. It can create flat images, children's hand and footprints, trophies, medals, 3D portraits, and various 3D models.
Integrated Z-Axis and XY-Axis Design:
The integration of the Z-axis with the XY-axis enhances engraving precision and improves overall results.
Simple and Flexible Operation:
The user-friendly software developed in-house is easy to operate, even for beginners. With just one hour of training, new users can operate the machine independently. The machine is capable of both mass production and personalized processing. In batch production, one person can operate multiple machines, reducing labor costs.
Fast Engraving Speed with Fine and Uniform Dots:
The machine can quickly and efficiently complete high-quality engravings, such as a 368-spec crystal portrait, in just two to three minutes.
Dust-Free and Pollution-Free:
Since the laser works within the interior of materials like crystal, glass, acrylic, and transparent plastic films without damaging the surface, no pollutants are emitted.
Wear-Resistant and Tamper-Proof:
The engraved designs are within the material, leaving the surface without any gaps or damage, making them resistant to removal by acids, solvents, high temperatures, or abrasion, thereby preventing tampering.
Energy Efficient:
The entire machine consumes about 1 kWh per hour and operates on a 220V, 50Hz power supply.
Electronics and Mobile Industry:
Engraving on electronic panels, mobile phone keys, housings, lenses, membrane buttons, and IMD/IML products, both externally and internally.
Lighting and Jewelry Industry:
Internal engraving of logos, names, text, and designs on transparent materials.
Anti-Counterfeiting in Distilleries, Cosmetics, and Glass Factories:
For anti-counterfeiting and anti-diversion, including engraving anti-counterfeiting codes, area codes, QR codes, production dates, and logistics codes.
Wedding Photography and Gift Industry:
Portrait creation, trophy, and medal production in wedding studios, tourist attractions, and gift industries.
Other Industries:
Engraving logos on ceramics, automotive headlights, eyeglass lenses and frames, clock dials, ultra-thin light boxes in advertising, and engraving on any characters and text inside transparent materials.
| Parameter Name | Parameter Value |
|---|---|
| Laser Pumping Method | Diode Semiconductor |
| Average Output Power | Around 3W |
| Laser Wavelength | 532 nm |
| Peak Power | 55.7KW |
| Beam Quality | M² < 1.5 |
| Laser Frequency | 5000 Hz |
| Q-Switching Method | Acousto-Optic Q-Switching |
| Pulse Width | 7-10 ns |
| Maximum Engraving Range | 300mm x 400mm x 100mm |
| Maximum Theoretical Engraving Speed | 5000 points/second |
| Laser Head | Single Head |
| Power Requirements | 220V ± 10% / 50Hz |
| Laser Cooling Method | Air Cooling |
| Resolution | 500-1200 DPI |
| Focal Length | 100mm (Standard) |
| Focus Diameter | 0.03mm |
| Laser Module Lifespan | 25,000 hours |
| Applicable Materials | Internal engraving of transparent materials such as acrylic, crystal, glass, PC/PET sheets, zircon, and external engraving on opaque materials like metals and non-metals |
| Operating Environment | Clean and dust-free, no vibration sources, recommended to operate in an air-conditioned environment |
| External Dimensions | 790mm x 940mm x 1000mm |
| Movement Type | Five-axis linkage |
| Overall Weight | Approximately 140 kg |
| Notes | The above specifications are standard; customizations are available based on specific needs, including laser parameters and performance. |
High Precision:
Utilizes high-precision laser focusing technology to engrave at specific positions within the material at the micron level, ensuring accuracy and detail.
Non-Destructive Processing:
The laser acts inside the material without damaging the surface, allowing for engraving while keeping the exterior intact.
High Speed and Efficiency:
Advanced 3D control systems and laser sources enable the completion of complex 3D patterns in a short time, improving production efficiency.
Compatibility with Various Materials:
In addition to glass and crystal, the machine can also engrave inside transparent materials like acrylic, offering broad material adaptability.
Fully Automated Operation:
Typically equipped with fully automated systems, the machine can automatically complete processing after the design is inputted, reducing manual intervention.
Non-Contact Processing:
As the engraving is done via laser, there’s no need for physical contact, avoiding wear and errors associated with traditional engraving methods.
Custom Gifts:
Engraving personalized patterns, photos, or text inside crystal or glass, often used for making crystal trophies, souvenirs, etc.
Art Creation:
The precision of 3D engraving technology allows for the creation of highly detailed art pieces, meeting artistic demands.
Architectural Decoration:
Engraving on glass building materials for use in architectural decoration and glass facades.
Industrial Marking:
Engraving industrial logos, trademarks, and other information inside transparent materials, suitable for high-end product marking and anti-counterfeiting.
Lighting Fixtures:
Engraving inside transparent lighting materials to give fixtures a unique design effect.
Engraving Precision:
Choose the appropriate laser power and focusing precision based on actual needs to ensure detailed engraving.
Engraving Speed:
For mass production, engraving speed directly affects efficiency, so opt for high-speed models.
Equipment Stability:
Stability and low failure rates are crucial for production; select machines from reputable brands or those offering quality after-sales service.
Ease of Operation:
A user-friendly interface and intelligent control system can reduce the technical requirements for operators and minimize error rates.
Price and After-Sales Service:
Price and after-sales support are important factors. Consider the cost-effectiveness of the machine and the technical support and services provided by the manufacturer.
A 3D laser engraving machine is a specialized device used for precise engraving inside transparent materials such as glass, crystal, and acrylic. By focusing a laser beam, it creates tiny bubbles or cracks at specific depths within the material, forming patterns, text, or three-dimensional images. This engraving technology is widely used in the production of gifts, art sculptures, customized souvenirs, and industrial markings.
Versatile and Multi-Functional:
This machine can engrave on a wide range of transparent materials such as acrylic, crystal, glass, and zircon. Through technological improvements by our company, it can also perform basic laser engraving on opaque materials like metal and non-metal surfaces, making it a versatile tool for various applications.
2D and 3D Capabilities:
The machine supports both 2D and 3D engraving. It can create flat images, children's hand and footprints, trophies, medals, 3D portraits, and various 3D models.
Integrated Z-Axis and XY-Axis Design:
The integration of the Z-axis with the XY-axis enhances engraving precision and improves overall results.
Simple and Flexible Operation:
The user-friendly software developed in-house is easy to operate, even for beginners. With just one hour of training, new users can operate the machine independently. The machine is capable of both mass production and personalized processing. In batch production, one person can operate multiple machines, reducing labor costs.
Fast Engraving Speed with Fine and Uniform Dots:
The machine can quickly and efficiently complete high-quality engravings, such as a 368-spec crystal portrait, in just two to three minutes.
Dust-Free and Pollution-Free:
Since the laser works within the interior of materials like crystal, glass, acrylic, and transparent plastic films without damaging the surface, no pollutants are emitted.
Wear-Resistant and Tamper-Proof:
The engraved designs are within the material, leaving the surface without any gaps or damage, making them resistant to removal by acids, solvents, high temperatures, or abrasion, thereby preventing tampering.
Energy Efficient:
The entire machine consumes about 1 kWh per hour and operates on a 220V, 50Hz power supply.
Electronics and Mobile Industry:
Engraving on electronic panels, mobile phone keys, housings, lenses, membrane buttons, and IMD/IML products, both externally and internally.
Lighting and Jewelry Industry:
Internal engraving of logos, names, text, and designs on transparent materials.
Anti-Counterfeiting in Distilleries, Cosmetics, and Glass Factories:
For anti-counterfeiting and anti-diversion, including engraving anti-counterfeiting codes, area codes, QR codes, production dates, and logistics codes.
Wedding Photography and Gift Industry:
Portrait creation, trophy, and medal production in wedding studios, tourist attractions, and gift industries.
Other Industries:
Engraving logos on ceramics, automotive headlights, eyeglass lenses and frames, clock dials, ultra-thin light boxes in advertising, and engraving on any characters and text inside transparent materials.
| Parameter Name | Parameter Value |
|---|---|
| Laser Pumping Method | Diode Semiconductor |
| Average Output Power | Around 3W |
| Laser Wavelength | 532 nm |
| Peak Power | 55.7KW |
| Beam Quality | M² < 1.5 |
| Laser Frequency | 5000 Hz |
| Q-Switching Method | Acousto-Optic Q-Switching |
| Pulse Width | 7-10 ns |
| Maximum Engraving Range | 300mm x 400mm x 100mm |
| Maximum Theoretical Engraving Speed | 5000 points/second |
| Laser Head | Single Head |
| Power Requirements | 220V ± 10% / 50Hz |
| Laser Cooling Method | Air Cooling |
| Resolution | 500-1200 DPI |
| Focal Length | 100mm (Standard) |
| Focus Diameter | 0.03mm |
| Laser Module Lifespan | 25,000 hours |
| Applicable Materials | Internal engraving of transparent materials such as acrylic, crystal, glass, PC/PET sheets, zircon, and external engraving on opaque materials like metals and non-metals |
| Operating Environment | Clean and dust-free, no vibration sources, recommended to operate in an air-conditioned environment |
| External Dimensions | 790mm x 940mm x 1000mm |
| Movement Type | Five-axis linkage |
| Overall Weight | Approximately 140 kg |
| Notes | The above specifications are standard; customizations are available based on specific needs, including laser parameters and performance. |
High Precision:
Utilizes high-precision laser focusing technology to engrave at specific positions within the material at the micron level, ensuring accuracy and detail.
Non-Destructive Processing:
The laser acts inside the material without damaging the surface, allowing for engraving while keeping the exterior intact.
High Speed and Efficiency:
Advanced 3D control systems and laser sources enable the completion of complex 3D patterns in a short time, improving production efficiency.
Compatibility with Various Materials:
In addition to glass and crystal, the machine can also engrave inside transparent materials like acrylic, offering broad material adaptability.
Fully Automated Operation:
Typically equipped with fully automated systems, the machine can automatically complete processing after the design is inputted, reducing manual intervention.
Non-Contact Processing:
As the engraving is done via laser, there’s no need for physical contact, avoiding wear and errors associated with traditional engraving methods.
Custom Gifts:
Engraving personalized patterns, photos, or text inside crystal or glass, often used for making crystal trophies, souvenirs, etc.
Art Creation:
The precision of 3D engraving technology allows for the creation of highly detailed art pieces, meeting artistic demands.
Architectural Decoration:
Engraving on glass building materials for use in architectural decoration and glass facades.
Industrial Marking:
Engraving industrial logos, trademarks, and other information inside transparent materials, suitable for high-end product marking and anti-counterfeiting.
Lighting Fixtures:
Engraving inside transparent lighting materials to give fixtures a unique design effect.
Engraving Precision:
Choose the appropriate laser power and focusing precision based on actual needs to ensure detailed engraving.
Engraving Speed:
For mass production, engraving speed directly affects efficiency, so opt for high-speed models.
Equipment Stability:
Stability and low failure rates are crucial for production; select machines from reputable brands or those offering quality after-sales service.
Ease of Operation:
A user-friendly interface and intelligent control system can reduce the technical requirements for operators and minimize error rates.
Price and After-Sales Service:
Price and after-sales support are important factors. Consider the cost-effectiveness of the machine and the technical support and services provided by the manufacturer.