Laser diodes
Laser Diodes – High-Precision Light Sources for Industrial, Medical and Optical Systems
Nuvoton’s laser diode portfolio covers a wide wavelength range from UV, violet and indigo to blue, red and infrared. With output powers from 50 mW to over 7 W and available in TO-CAN, Chip-on-Submount (CoS) and DPSS packages, they are ideal for demanding applications such as Laser Direct Imaging (LDI), 3D printing, industrial processing, medical devices and precision measurement.
Advanced Laser Technology
Using state-of-the-art optical structures, coatings and thermal designs, Nuvoton laser diodes deliver maximum efficiency with minimal power consumption. Their GaN and GaAs process expertise ensures high performance, excellent uniformity and long-term reliability across all devices.
Target Applications
- Laser Direct Imaging (LDI)
- Mercury lamp replacement
- Industrial processing
- 3D printing
- Precision measurement & metrology
- Biomedical devices
Laser Series Overview
- UV & Violet (378–402 nm): 0.5–3 W – LDI, lithography, 3D printing
- Indigo (420 nm): 1.7 W / 5 W under development – imaging, curing, printing
- Blue (445–460 nm): 5 W CoS and >7 W – processing, advanced 3D printing
- Infrared (830 nm) – under development: 50 mW–260 mW – biomedical & sensing
- Red (638 nm) – under development: 50 mW to >2.4 W – displays, medical & measurement
- DPSS (260–720 nm) – under development: spectroscopy, wafer inspection, biomedical
Why Choose Nuvoton Laser Diodes?
- High optical efficiency & excellent thermal characteristics
- Reliable GaN/GaAs manufacturing
- Consistent performance & wavelength stability
- Wide range of wavelengths & package formats
- Ideal for OEM integration
Need Technical Support?
We support OEMs with wavelength selection, thermal and optical design, electronic drivers and long-term component supply.
info@atlantikelektronik.com | +49 89 895 050
FAQ – Laser Diodes
What are the key advantages of Nuvoton laser diodes?
High output power, advanced optical structures, excellent thermal stability, reliable GaN/GaAs processing and consistent performance across all devices.
Which applications benefit most from UV & violet wavelengths?
LDI, lithography, 3D printing and precision curing processes.
What is CoS (Chip-on-Submount)?
CoS offers improved thermal performance, higher optical output and easier integration into custom optical modules.
Does Atlantik Elektronik offer integration support?
Yes. We provide design-in consulting, thermal and optical optimization, driver recommendations and supply chain support.
Which series are currently under development?
Red, infrared and DPSS families are being expanded to meet increasing demand in medical, industrial and imaging markets.