Auto Focus Laser Marking Machine
Auto Focus Engraver
Products Description
The Auto Focus Engraver is a state-of-the-art laser system engineered to deliver fast, accurate, and high-quality marking on various materials. Equipped with intelligent auto-focus technology, this machine quickly adjusts the working distance and focal point according to the material and surface being marked, ensuring optimum precision and results. It is ideal for a wide range of industries, such as manufacturing, electronics, automotive, aerospace, medical, and more.
Key Features
Intelligent Auto-Focusing System:
The Auto Focus Engraver effortlessly adapts to different surface conditions, materials, and working distances, ensuring precise and consistent marking results.
High-Precision Marking:
The advanced laser technology used in this machine enables the creation of sharp, detailed, and high-quality markings, meeting the stringent requirements of various industries.
Wide Material Compatibility:
The machine is suitable for various materials, including metals (stainless steel, aluminum, copper, and more), ceramics, plastics, wood, and glass, providing versatility and flexibility for different applications.
Rapid Marking Speeds:
The Auto Focus Engraver ensures fast marking speeds without compromising quality, which improves overall production efficiency.
Convenient Control Interface:
The intuitive control software simplifies the marking process by allowing easy setup of laser parameters, importing designs, and managing the marking process.
Low Maintenance and High Reliability:
The advanced laser technology used in this machine features robust design, low maintenance requirements, and long operational life, ensuring reliability and cost-effectiveness.
Applications
Manufacturing: Marking components, tools, and equipment with serial numbers, logos, or other identification markers for quality control and traceability purposes.
Electronics: Engraving electronic components, circuit boards, and connectors with barcodes, QR codes, and part numbers for identification and traceability.
Automotive & Aerospace: Precisely marking essential components, part codes, and identity information on parts for quality assurance and regulatory compliance.
Medical Devices: Etching intricate and precise markings on surgical instruments, implants, and other medical equipment to ensure proper identification and traceability.
Customization: Creating customized and personalized products, promotional items, and gifts with unique designs and text.
The Auto Focus Engraver stands out as a smart and advanced solution for businesses requiring precise, high-quality laser markings on diverse materials. Investing in this cutting-edge system can improve your production efficiency and marking quality, ensuring that you stay competitive and meet the diverse needs of your clients.
Parameters
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Model |
DS-LM20 |
DS-LM30 |
DS-LM50 |
DS-LM80 |
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Laser power output |
20W |
30W |
50W |
80W |
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Engraving depth |
≤0.2mm(depends on material) |
≤0.3mm(depends on material) |
≤0.5mm(depends on material) |
≤0.8mm(depends on material) |
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Laser wavelength |
1064±10 nm |
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Marking area |
100x100mm(standard)/175x175mm/200x200mm/300x300mm |
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Pulse frequency |
20~80KHZ/1~600KHZ/1~2000KHZ/1~4000 |
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Max marking speed |
9000mm/s |
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Repeat accuracy |
±0.001mm |
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Min.line width |
0.01mm |
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Min.character size |
0.2mm |
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Cooling |
Air cooled |
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Working temp |
10~35 ℃ |
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Humidity range |
< 70% No condensation |
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Power supply |
AC220V±10%,50Hz or AC110V±10%,60Hz |
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Details introduction
Laser marking or engraving has been widely used in industry for several decades for identification or traceability needs. It constitutes an advantageous industrial alternative to many mechanical, thermal, or inking processes on various materials, including metals, plastics, or organics. Laser marking is capable of finely and aesthetically reproducing complex shapes (texts, logos, photos, bar codes, or 2D codes). It offers great flexibility of use and does not require any consumables.
Almost any material can be marked with a laser source as long as the correct wavelength is used. Infrared (IR) is most commonly used (1.06 microns and 10.6 microns) on most materials. We also use laser markers with wavelengths in the visible or in the ultraviolet range. On metals, whether by etching or surface annealing, it provides durability and resistance to acids and corrosion.
On plastics, the laser acts by foaming or coloring the material, in addition to any pigments that may be present. Marking on transparent materials is also possible with lasers of the appropriate wavelength, usually UV or CO2. On organic materials, laser marking generally occurs thermally. A laser marker can also be used on all these materials for marking by ablating a layer or treating the surface of the part to be marked.
The autofocus function is different from the motorized focus. The motorized z-axis also needs to press the "up" and "down" buttons to adjust the focus, but autofocus will find the correct focus by itself. Because it has a sensor, we have already set the focus length. You just need to place the object on the worktable, press the "Auto" button, and it will adjust the focus length by itself.
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