Superior resolution light engine
The LUXBEAM® Rapid System LRS-4KA LC is designed explicitly for static implementations in 3D printing and additive manufacturing systems. With more than 8 million addressable pixel positions, the 4KA is the superior resolution light engine.
LRS-4KA LC LIQUID-COOLED: Improved thermal management
We developed the liquid-cooled product version of the LRS4KA for stacked configurations with multiple projectors in mind. As a result of the light engine’s slim footprint, seamless stitching of projectors allows for large vats at unprecedented resolution. In addition, the liquid-cooling circuit supports improved thermal management – and along with it, a longer LED lifetime, less vibration, and superb robustness.
Superior resolution light engine
– ideal for static use in 3D printing
Power and throughput
The LRS-4KA projector subsystem makes UV optics, hardware, and software work together to deliver high power and throughput in an easy-to-use, reliable package. Customizing wavelength and projection lens assembly for individual system requirements gives you flexibility.
Designed explicitly for static implementations in 3D printing and additive manufacturing systems, the LRS-4KA is a superior resolution DLP®-based stereolithography subsystem. With more than 8 million addressable pixel positions, it enables the production of the highest resolution parts.
Choose your performance level
Three product performance levels are available: The air-cooled commodity version for cost-sensitive systems, an air-cooled version for high-power systems, and the extreme performance, liquid-cooled LRS-4KA LC.
Full pixel sequence control (FPSC mode) explained
The advanced LC4KA-EKT controller of the LRS-4KA projector provides complete control of the data content in the projected subframes, with three valuable advantages:
No re-sampling errors
The controller uses the exact native resolution of the DMD, which allows pixel-pure exposures. This differs from systems using the original DMD reference controller, designed for UHD video inputs, but requiring data re-sampling. Re-sampling causes unwanted pixel errors due to input resolution mismatch between the controller and the DMD.
Complete control of the optical actuator
You can control both actuator positions timewise on every layer and apply an image offset of 1/2 pixel to generate a better resolution of outer contours in each layer, resulting in a better surface finish of the printed objects.
Flexible architecture for simple and easy integration with your machine design.
The LC4KA-EKT controller’s Full Pixel Sequence Control (FPSC) mode avoids re-sampling errors and gives you complete control of the projector’s image information. The result is a superior finish.
A slim footprint allows for stacked configurations, yielding 8K, 16K, and higher resolutions. Up to 7W of optical power output makes it the most compact high-power 4K projector at hand.
|DMD Type||DLP660TE (2716 x 1528 px)|
|Resolution||8,3 million addressable pixels (UHD-4k images with optical actuator)|
|Operation Modes||• 3840 x 2160 FPSC mode|
– Pixel-Pure-Images (2 x WQXGA)
– Pure 8-bit greyscale (No scaling, resampling or gamma/video processing)
– Precise actuator timing control
• 2716 x 1528 native pixel mode
|Projector Output Power||LC version:|
• up to 3.5 W (with 365 nm)
• up to 6.5 W (with 385 nm)
• up to 7.5 W (with 405 nm)
|AC performance version:|
• up to 3 W (with 365 nm)
• up to 6 W (with 385 nm)
• up to 7 W (with 405 nm)
|AC commodity version:|
• up to 2 W (with 365 nm)
• up to 4.5 W (with 385 nm)
• up to 5 W (with 405 nm)
|LED Options||460 nm / 405 nm / 385 nm / 365 nm|
|LED Driver||Constant flux with Optical Feedback or Fixed Current|
|Power Uniformity||90% native in image plane|
|Contrast Ratio||ON / OFF: Up to 1200:1|
ANSI: Up to 450:1
|Dimensions w/o lens||190 mm (L) x 150 mm (W) x 228 mm (H)|
|Total weight w/o PSU and lens||4 kg|
|Power consumption||200 W (varies with exposure scheme)|
|Cooling system||Complete API (Windows, Linux) and GUI|
|Software||Complete API (Windows, Linux) and GUI|
|Features||FPSC Mode, light intensity regulation (optical feedback), adaptive fan control, external frame synchronization, temperature management|
|Power supply||12 V DC|
|Video Data||HDMI or DP|
|LED Safety Switch||LED enable/disable|
|Electrical Sync I/O||External frame synchronization|
|Lens Options||Working Distance [mm]||Pixel Pitch in image [μm]||Native Image Size W x H [mm2]|
|LRS-4KA 14x||500.0||75.0||204.0 x 115.0|
|LRS-4KA 17x||524.0||90.0||244.0 x 138.0|
|LRS-4KA 24x||832.0||130.0||353.0 x 199.0|
|LRS-WQm 1.0x||71.2||5.4||14.7 x 8.3|
|LRS-WQm 2.0x||90.0||10.8||29.3 x 16.5|
|LRS-WQm 3.6x||125.5||20.0||54.3 x 30.6|
|LRS-WQm 4.6x||180.0||25.0||67.9 x 38.2|
|LRS-WQm 9.3x||224.0||50.0||135.8 x 76.4|
|LRS-WQm 13.0x||350.0||70.0||190.0 x 107.0|
|Other lens options are available upon request. All specifications and features are subject to change.|
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