This is a 2D laser marker equipped with a UV laser with a wavelength of 355nm.
Cold marking with minimal heat impact is possible, allowing for marking on heat-sensitive resin products as well as various other materials. Software for creating processing data is included, supporting text, images, and QR codes. The RF type can be chosen as either an integrated or separate model. The laser source can be selected from four series: 3W / 5W / 10W (water-cooled). It can be customized to suit your application and installation environment with features like an interlock-equipped simple cover and camera. The PU type is a basic separate model, offering a cost-effective option.
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basic information
Printing Method: XY 2-axis scanning method Printing Laser: 355nm UV laser Class 4 laser product ● Laser Output: 3W / 5W / 10W ● Work Area: 70mm / 110mm / 174mm ● Software: Ezcad2 Optional Equipment ● Rotary Device ● Cyclops Camera ● Simple Cover with Interlock ● Z-axis Electric Lift
Price information
1,580,000 yen to 3,270,000 yen (open price, excluding tax) *Subject to fluctuations based on exchange rates. *Delivery, installation, operation training, and after-sales support are available at an additional cost. Payment terms for this product: [For cash payments] Prices fluctuate based on payment terms. [For leasing] Depends on the leasing company's regulations (5 years, 6 years). *Subject to approval by the leasing company.
Price range
P5
Delivery Time
P4
Applications/Examples of results
● Engraving serial numbers and QR codes on metal products and parts ● Engraving and marking on plastic products ● Custom name engraving on consumer products, etc.
Detailed information
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Continuous machining rotary table
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Rotary attachment for cylindrical processing
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JPT-made laser unit
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LW-UV RF (separate type)
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LW-UV PU (Separate Type)
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Company information
We sell laser markers (fiber, UV, CO2) and high-performance dust collection and deodorization systems for various industries. For customers who do not require high-performance, high-spec products equipped with 3D functions, we propose simple and low-cost 2D laser markers.