LUXBEAM® LRS-µSLA
High-volume micro 3D print subsystem
The LUXBEAM® Rapid System LRS-µSLA is designed for integration into direct-imaging additive manufacturing machines — micro 3D printed mechanical components, lab-on-a-chip systems and the work that needs precision on a micron scale.
- Resolution
- 5.4 µm
- Line edge roughness
- < 500 nm
- Power uniformity
- > 99%
- Multi-LED source
- 365 – 420 nm
LUXBEAM® LRS-µSLA
Superior resolution modules, perfect for high-precision micro 3D printing
Tailor-made to master the highest reproducibility of precision, maximum resolution and a perfect surface finish on a micron scale — maximizing throughput without compromising accuracy, line-width tolerances, cost of ownership or manufacturing flexibility.
Recommended use
- Micro 3D print
- Scrolling
- Machine builders
- PCB manufacturing
What sets it apart
-
Micron-scale precision
A DLP9500 (UV) DMD at 5.4-micron resolution over a 10.4 × 5.4 mm native image, with line edge roughness under 500 nm and CD uniformity handled on the nanometer scale.
-
Multi-LED light source
Multiple high-power LEDs cover 365 to 420 nm, so the wavelength is selected — or swapped — for the material and the process, including multispectral options.
-
Scales with the motion system
Configure the engine in an x-y motion system and the build area scales without giving up pixel pitch; LAMA™ Pro adds sub-pixelation, edge blending, real-time warping and data streaming.
Specifications
LRS-µSLA — full specification
Properties
Imaging
- DMD Type
- DLP9500 (UV) 1920 x 1080 pixels
- Resolution
- 5.4 micron
- Pixel pitch
- 3.8–5.4 µm
- Image size
- 7.3–10.4 × 4.1–5.8 mm
- Image plane
- 30–60 mm²
- Power uniformity
- > 99% (PPC corrected)
Light & power
- Wavelength
- 365–420 nm
- Power density
- 7 W/cm²
- Light source
- Multiple LEDs, 365 nm – 420 nm
- Power consumption
- Max 1200 W
Mechanical & thermal
- Dimensions
- 478 x 80 x 422 mm
- Total weight w/o PSU
- 9 kg
- Cooling system
- Liquid cooling
Platform & software
- Software
- LAMA Standard (included)
- Data format
- BMP
Additional specs
- Native image size
- 10.4 x 5.4 mm2
- Line edge roughness
- < 500 nm
- Exposure speed
- 10 to 780 mm/sec (depending on configuration settings)
- Maximum panel size
- Unlimited
- Maximum build area
- Unlimited
What is the LRS-µSLA?
A micro 3D print subsystem for direct-imaging additive manufacturing machines — micro printed mechanical components, lab-on-a-chip systems and similar work. You integrate it into your own platform.
How fine is it?
A DLP9500 (UV) DMD gives 5.4-micron resolution over a 10.4 × 5.4 mm native image, with line edge roughness under 500 nm. Stitching, edge roughness and Critical Dimension uniformity across the building field are handled on the nanometer scale.
How do I get a larger build area?
By configuring the light engine in an x-y motion system. Traditional systems cap the image size in square millimetres; scaling the field this way yields a far more economical batch size with no compromise in precision or accuracy.
Which wavelengths are available?
Multiple high-power LEDs covering 365 to 420 nm, with configurations selected for the material or the process — swapping between multiple and configurable wavelength sources is straightforward.
What does the software add?
The LAMA™ Pro package integrates the x-y and z motion system and multiple light engines, and adds sub-pixelation, edge blending, real-time warping and positioning of the artwork, and data streaming.
Get started
Need more details? Let’s talk
Tell us about the feature size, build field and batch size you need — we’ll come back with a configuration, optics and a timeline.
- NorwayHQ · Drammen
- ChinaShanghai
- United StatesAllen, TX
- JapanTokyo