Industrial
Nichia has LDs with a wide range of wavelengths (ultraviolet to green) and optical outputs. The LDs contribute to the high definition and throughput required for medical and industrial equipment.
Product Features
- Wide range of Wavelengths: UV (375nm)~Green (532nm)
- Wide range of optical output options
- High reliability
- Products compatible with optical fiber connections are also available
Applications
Photolithography
375-405nm | 0.5W | Multi-mode
Used as a light source for direct imaging photolithography devices and mainly in the manufacturing process of printed circuit boards (PCBs). This light source is necessary for forming electronic circuit wiring patterns on PCBs.
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Life Sciences
488nm | 0.3W | Single-mode
Widely used as a light source for applications such as detection of biological cell size, surface protein expression, and intracellular components. It is especially used as a light source for flow cytometers to characterize cells and microparticles.
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Module
375-532nm | 0.5W | Single-mode
LD modules are devices that use laser beams in combination with collimating lenses and other devices to effectively control and apply laser beams to specific applications. Examples of applications include life science and sensors.
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Measurement
375-455nm | 0.5W | Single-mode
LD light sources play a variety of important roles in metrology, including confocal microscopy. Confocal microscopy is a powerful microscopy technique for generating optical sections of a sample and acquiring high-resolution three-dimensional images.
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Printing
405-455nm | 0.5W | Multi-mode
Used as a light source for the printing field of optical modeling such as 3D printers. It enables high precision and high speed modeling processes, and LDs can be selected for materials with various sensitivities depending on the wavelength.
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Material Processing
455-465nm | 1.0W | Multi-mode
LDs are a useful light source for material processing and manufacturing processes. Blue lasers enable the processing of specific materials within the range of approximately 440nm to 490nm, without causing thermal damage due to their high absorption.
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