Engraving Machine For Plastic
Our Engraving Machine For Plastic uses high-quality servo motors with good high-speed performance, stable operation and high precision. Its whole body is made of high-quality raw materials, it is not easy to deform after processing and use, and it will not produce vibration.
Engraving Machine For Plastic
Products Description
Our Engraving Machine For Plastic uses high-quality servo motors with good high-speed performance, stable operation and high precision. Its whole body is made of high-quality raw materials, it is not easy to deform after processing and use, and it will not produce vibration. The built-in precision high-speed spindle makes the whole equipment have a larger speed range, higher precision and stability. Engraving Machine For Plastic is suitable for carving on plastic products, clear and beautiful.
Features
1. After using our equipment, the production cycle can be shortened, the production efficiency can be accelerated, and the time spent in the preliminary work and final finishing can be reduced.
2. It can realize automatic production, humanized program interface, and can quickly switch between different functions.
3. Engraving Machine For Plastic is made of high-quality raw materials and has good repeatability, aging resistance and abrasion resistance.
Application
Plastic products can be seen everywhere in our lives, such as air grille, instrument handle, air intake grille, instrument panel, battery tube and so on. In order to facilitate the traceability of the production batch and inventory management of these product identification information, it is necessary to mark it with a clear code or a two-dimensional code.
Our products are widely used for this. It can overcome the problems of long-term use of these surface marking effects that will cause the marking content or patterns to be blurred or worn, and even cause the surface of the material to fall off and cause pollution. It is an excellent substitute for traditional marking methods.
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 |
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Pulse frequency |
20~80KHZ/1~600KHZ/1~2000KHZ/1~4000 |
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Max marking speed |
8000mm/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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1. When the laser peak is high or the melting point of the material is low, the local temperature of the material surface is much higher than the mass melting point, and the surface of the material will undergo structural reorganization, corrosion or gasification. For example, CO2 laser engraving on acrylic material, pump laser engraving on silica gel.
2. The color of the engraving depression changes. When the laser energy is high, the plastic is excessively carbonized by the laser irradiation, and spots of different sizes and black depths appear on the material. For example, styrene composites start to react and become carbonized under medium-intensity laser irradiation. When the laser intensity continues to rise, excessive carbonization and cracks are likely to occur.
3. Color change (short wavelength) Laser radiation with a sufficiently short wavelength can separate plastic molecules and cause color changes. This is the most ideal effect. However, it is often necessary to add an appropriate amount of additives to the plastic to achieve the aesthetic effect.
Samples
Shipping and Package
Dotslaser's Certificate
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