Laser Cut Goggles, Sunglasses
How to make goggles with a laser cutter?
The main assembly process focuses on the cutting and gluing of the lenses and the sponge gluing of the frame. According to the needs of different types of products, lenses should be cut out of the corresponding shape of the lens from the coated lens substrate and pressed out the prescribed curvature to match the curvature of the frame. The outer lens is bonded to the inner lens by a double-sided adhesive that will require highly precise cutting of the lens. CO2 Laser is well known for its high precision.
PC Lens - cutting polycarbonate with laser
The ski lenses are generally made of polycarbonate which has high clarity and high flexibility and can resist external force and impact. Can polycarbonate be laser cut? Absolutely, the premium material characteristics and excellent laser cutting performance are bonded to realize clean PC lenses. Laser cutting polycarbonate without burning ensures cleanness and without a post-treatment. Due to the non-contact cutting and fine laser beam, you will get a fast production with high quality. Accurate notch cutting gives great convenience for installing and swapping the lenses. Besides ski goggles, motorcycle goggles, medical goggles, and industrial safety goggles, diving goggles can be made by the CO2 laser cutting machine.
Advantage of laser cutting polycarbonate
✔ Clean cutting edge without any burr
✔ High precision and accurate notch
✔ Flexible production, suitable for mass production & customization
✔ Auto materials fixation with the vacuum table
✔ No dust and fume thanks to the fume extrator
Recommended Laser Cutter Polycarbonate
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Working Area (W *L) |
1300mm * 900mm (51.2” * 35.4 ”) |
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Software |
Offline Software |
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Laser Power |
100W/150W/300W |
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Laser Source |
CO2 Glass Laser Tube or CO2 RF Metal Laser Tube |
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Mechanical Control System |
Step Motor Belt Control |
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Working Table |
Honey Comb Working Table or Knife Strip Working Table |
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Max Speed |
1~400mm/s |
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Acceleration Speed |
1000~4000mm/s2 |
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Package Size |
2050mm * 1650mm * 1270mm (80.7'' * 64.9'' * 50.0'') |
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Weight |
620kg |
Video Display - Laser Cutting Plastic
Unlock the secrets to safely laser-cutting plastic with this comprehensive video guide. Addressing common concerns about laser cutting polystyrene and ensuring safety, the tutorial provides detailed insights into laser cutting various plastics such as ABS, plastic film, and PVC. Explore the advantages of laser cutting for high-precision tasks, exemplified by its adoption in manufacturing processes like degating sprue gates in the automotive industry.
The guide emphasizes the importance of obtaining high-quality results, crucial for products with elevated value, including medical appliances, gears, sliders, and car bumpers. Learn about safety measures, including the use of fume extractors to mitigate potential toxic gas emissions, and discover the significance of proper laser parameter settings for a secure and reliable plastic laser cutting experience.
Video Display - How to Laser Cut Goggles (PC lenses)
Learn a new laser cutting method for crafting anti-fog goggles lenses in this concise video. Focusing on outdoor sports like skiing, swimming, diving, and motorcycling, the tutorial emphasizes the use of polycarbonate (PC) lenses for their high-impact resistance and transparency. The CO2 laser machine ensures excellent cutting performance with non-contact processing, preserving material integrity and delivering lenses with clear surfaces and smooth edges.
The precision of the CO2 laser cutter guarantees accurate notches for easy lens installation and swapping. Discover the cost-effectiveness and superior cutting quality of this laser cutting approach, enhancing the efficiency of your lens production.
What's polycarbonate lenses
Ski lenses consist of two layers: the outer and inner layer. The coating formula and technology applied to the outer lens are vital for ski lens performance, while the coating process determines lens quality. The inner layer typically utilizes imported finished lens substrates, which undergo processes such as anti-fog film plating, hydrophobic film, oil-repellent film, and abrasion-resistant scratch dural coating. In addition to traditional lens production, manufacturers are increasingly exploring laser-cutting techniques for lens production.
Ski goggles not only provide basic protection (wind, cold air) but also protect your eyes from UV rays. After all, snow in the sun will reflect more UV rays into your eyes, causing damage to your eyes, so make sure you wear snow goggles when skiing. Ski goggles not only provide basic protection (wind, cold air) but also protect your eyes from UV rays. After all, snow in the sun will reflect more UV rays into your eyes, causing damage to your eyes, so make sure you wear snow goggles when skiing.
Related materials of laser cutting
PC, PE, TPU, PMMA (acrylic), Plastic, Cellulose Acetate, Foam, Foil, Film, etc.
WARNING
Polycarbonate is the most commonly used material in the safety eyewear industry, but some goggles may contain PVC material. In such case, MimoWork Laser suggests you equip an extra Fume Extractor for green emissions.