Laser white light module unveiled
Specialised provider of laser and optoelectronic components, LASER COMPONENTS USA, has demonstrated the ALBALUX FM, a laser white light module with bright and directional fibre optic output for precise and contrast-rich illumination in next-generation medical and machine vision applications.
The company unveiled its latest development at the SPIE Photonics West show, February 5th to 7th, 2019 in San Francisco, CA, Booth# 1751.
ALBALUX FM hopes to spark a new innovation wave in illumination solutions for medical endoscopy, surgical headlights, manufacturing processes, and 3D machine vision. The possibilities are manifold with reliable high optical power, remote fibre-optic beam delivery, and safe drive electronics in a compact enclosure.
A key component of ALBALUX FM is the LaserLight technology from SLD Laser. Based on GaN semi-polar blue laser diodes, LaserLight generates brilliant white light that is more than ten times higher in luminance than today’s LEDs, yet with minimal power consumption and long lifetime.
To maximise light transmission and precise beam directivity, optical fibres are incorporated that enables unprecedented >150 lumen CW output with sharp narrow edges. This results in enhanced vision that provides faster processing times and more reliable monitoring on the manufacturing floor, and improved diagnostics and patient outcome in medicine.
ALBALUX FM is designed to offer the user full flexibility in both standard and custom configuration requirements. The plug-and-play module features custom-designed electronics to ensure safe operation of the LaserLight diode.
“This all-in-one solution will break the status quo with traditional lighting and offers system integrators quick time to market” said Gary Hayes, CEO of LASER COMPONENTS USA. “Our experience in the areas of optics, electronics and laser technology combined with know-how in mechanics, housing, and fibre-optic technologies allows us to quickly respond to customer’s enquiries and emerging market opportunities.”