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The LUXBEAM® Lithography System (LLS) is a subsystem that machine builders and toolmakers can incorporate into their next-generation direct imaging lithography solutions. The LLS supports applications within advanced packaging, micro-optics, and PCB manufacturing.

Read more about our LUXBEAM® Lithography System

Our LLS system supports applications within advanced packaging, micro-optics, and PCB manufacturing. The LLS comes with an in-depth, documented interface and on-site support to facilitate easy integration into the new machine/tool.

The LUXBEAM® Rapid System (LRS) is a professional, high-volume subsystem for 3D printer machine builders to create machines that deliver high-resolution, high-volume output across vast build areas. The system has a detailed, documented interface for easy integration into the machine base and software.

We do not offer the photo heads separately because they are closely linked to our system software, which is necessary for proper operation. The LLS is a subsystem integrated into your machine or tool.

All technical specifications are posted as downloadable PDFs on the individual product pages. If you specifically know what you want, please go directly to our product resources page. You may also want to try our Product Selector.

Hybrid and UV product versions mainly differ in one component—the DMD. Texas Instruments provides two types of these DMDs: a standard version, officially designed for VIS and Deep Blue applications (down to 400 nm), and a specialized version for UV applications (down to 360 nm). Hybrid product versions include the standard DMD, whereas UV versions feature the UV DMD, resulting in a price difference. All other optical components are the same across both product types and can equally handle both Deep Blue and UV wavelengths.

Technically, UV LEDs can be installed in Hybrid Engine versions. The advantage is a lower product cost, but there are drawbacks, such as reduced power output and decreased on-off contrast in the image. Additionally, larger variations in those parameters are expected due to DMD batch differences. Most importantly, Visitech cannot warrant the DMDs when used outside the specified wavelength range, even though we have not seen a significant number of issues.

Data transfer in these products is via HDMI, with the light engine used as a secondary monitor. Frame rates are neither high enough, nor are the data transfer protocols suitable, to meet the specific demands of synchronizing the light engine output with the motion system with sufficient accuracy.