Optoelectronics
ams OSRAM launches its first high-power multi-die laser package
W
hether for immersive home movie experiences, automotive head-up displays, or industrial machine vision, projectors
are enjoying increasing popularity. For these applications, ams OSRAM has introduced the first product from its new Vegalas Power series of high-power laser diodes. The company now offers the full range of optoelectronic components required for projection, from light sources in various colours and power classes to sensors. In addition to projection, other application areas also benefit from the new laser diodes, including weed control or stage lighting.
LEDs are frequently used as light sources in diverse projection applications in the consumer, automotive, and industrial sectors. Yet, in high-power applications, more than a third of the projectors sold today still rely on conventional lamps, like high pressure discharge incandescent lamps, according to ams OSRAM. Laser light sources are said to outperform these traditional solutions as they support a more efficient and sustainable use of resources. According to ams OSRAM, laser-based projectors can achieve up to 50 per cent higher light output than lamp-based
models with the same power consumption. Second, they offer a lifespan up to ten times longer, with a minimum of 20,000 hours. This ensures that brightness — and therefore superior image quality — is maintained for a long time, so regular lamp replacements are no longer required. Laser-based projectors are also low-noise.
At the forefront of LED light sources for projectors for many years, ams OSRAM is now introducing its Vegalas Power PLPM7_455QA. With multiple power lasers combined in a single module, this new laser achieves a high optical power output of 42 W in short pulse cycles and approximately 45 per cent Wall- Plug Efficiency (WPE). It marks the debut of a new series of high-performance laser light sources. This positions the company as a one- stop-shop provider of emitters and sensors for projection applications, based on three pillars: LEDs, lasers, and sensors.
ams OSRAM thus offers LEDs in various colours, available in Surface Mount Technology (SMT) and Metal Core Board (MCB) packages optimized for efficient heat dissipation. The sensor portfolio ranges from direct Time-of-Flight (dToF) modules for distance measurement to photodetectors. The company’s new laser
segment now leverages high-power GaN laser technology in the visible wavelength range. Products are available in both single- and multi-die packages.
With its comprehensive portfolio, ams OSRAM provides everything required for the development of next-generation projection applications, including professional and home projectors designed for large-screen viewing experiences. Offering from 65 up to
75 per cent lower cost per projection surface than LCDs or OLEDs, these cutting-edge projectors can replace conventional flat panel displays. For projection applications in the automotive area, the company provides specifically certified variants of its LEDs. The Vegalas Power PLPM7_455QA laser is available now.
https://ams-osram.com OMC deploys collaborative robots in fibre optic manufacturing O MC, a specialist in
optoelectronics design and manufacture, is introducing collaborative robot (cobot) technology onto its fibre optic
production line in Cornwall. Following a research project with a local robotics lab and trials at its production facility, OMC is now deploying the first of several cobots, designed to work safely alongside human operators in a shared workspace. The cobots will assist with labour-intensive repetitive and time- consuming tasks, where experienced human operators can often tire, increasing throughput and capacity up to 10x, while crucially maintaining quality and ensuring consistency. Established in 1984, OMC is an ISO 9001-, 14001- and 45001-certified manufacturer of industrial fibre-optic datalinks and optoelectronic devices, with its headquarters in Cornwall.
40 September 2025
As part of the company’s culture of continuous improvement, OMC has been evaluating next-generation robotic automation technologies for some time – but has remained determined to balance potential efficiency gains against quality concerns and ensure the standards of performance, robustness and consistency demanded in long-life industrial applications are maintained. William Heath, commercial director at OMC, said: “Global electrification is driving increased demand for our fibre-optic datalinks – particularly for applications requiring isolation in high voltage, transportation and medical sectors – and this development allows us to respond with considerably enhanced throughput and efficiency. With each skilled operator supervising multiple cobots, productivity can be increased
Components in Electronics
up to 10x, reducing time-consuming and repetitive manual tasks to improve their
working environment.”
https://www.omc-uk.com/
www.cieonline.co.uk
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