Compact footprint. Proven performance. Designed for precise crystal orientation.
Photonic Science and Engineering (“Photonic Science”), trusted experts in the design and manufacture of imaging solutions, is proud to announce the launch of Laue-LT, the newest system in their market-leading Laue crystal orientation portfolio. Building on the proven performance of the flagship Laue system, Laue-LT delivers reliable, high-quality crystal diffraction in a more compact and simplified platform, designed to meet the needs of research laboratories and industrial users where high throughput is not a requirement.
Laue-LT expands the Photonic Science Laue family by offering a streamlined solution for budget-friendly users who require dependable crystal orientation capabilities while optimising laboratory space and workflow efficiency. With a reduced footprint and simplified configuration, Laue-LT is ideally suited for applications where precision, ease of use, and integration into existing environments are critical.
“Laue-LT represents the next step in our Laue system evolution,” said Dr. Peter Mills, Laue Product Manager at Photonic Science. “We designed Laue-LT to maintain the core performance and reliability we are known for, while providing a more compact, user-friendly option for customers who may not require the full feature set of our larger systems.”
Like all Photonic Science Laue systems, Laue-LT is powered by their market-leading Laue crystal orientation software, delivering fast, reliable solutions from random crystal orientations and supporting a wide range of materials research applications. The system is engineered for consistent performance, with a sealed X-ray source, forced-air cooling, and a single-mains power connection to simplify installation and operation.
Key highlights of Laue-LT include:
- Compact cabinet design optimized for space-constrained areas
- Plug-and-Play operation for rapid installation and immediate use
- Proven Laue diffraction performance with crystal orientation down to 0.2° accuracy
- Manual stage, goniometer, and sample clamping plate
- Automatic misorientation of angular data
- Flexible detector exposure and pixel binning options
- Installation and comprehensive user training and application support With the introduction of Laue-LT, Photonic Science now offers a broader Laue portfolio that allows customers to select the system best aligned with their application requirements, throughput needs, footprint, and budget.
For more information on Laue-LT and the Laue portfolio, demonstrations, or application consultations, please visit www.photonicscience.com or contact
[email protected].
