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 × 5.8 mm native image, with line edge roughness under 500 nm and tight CD uniformity.
-
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
- 5.4 µm
- Image size
- 10.4 × 5.8 mm
- Image plane
- 60 mm²
- Power uniformity
- > 99% (PPC corrected)
Light & power
- Wavelength
- 365–420 nm
- 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
- Complete API (Windows, Linux), platform-independent web interface; Advanced Control SW package included
- Data format
- BMP
Additional specs
- Native image size
- 10.4 × 5.8 mm
- 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 × 5.8 mm native image, with line edge roughness under 500 nm. Stitching, edge roughness and Critical Dimension uniformity are controlled across the whole building field.
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