List of Optical Components products

Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!

• Other conveying machines

Presentation of explanatory materials on JIS and ISO standards. We propose suitable safety barriers from a rich product series! Free rental of demo kits.

• Other safety and hygiene products

Spatial output, Littman/Metcalf configuration, near-infrared wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a continuously variable wavelength CW narrow linewidth laser in the near-infrared range.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a continuously variable wavelength CW narrow linewidth laser in the near-infrared range.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a continuously variable wavelength CW narrow linewidth laser in the near-infrared range.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a continuously variable wavelength CW narrow linewidth laser in the near-infrared range.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a continuously variable wavelength CW narrow linewidth laser in the near-infrared range.

• Laser Components

Spatial output, Littman/Metcalf configuration, and a red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, blue wavelength tunable CW narrow linewidth laser.

• Laser Components

Spatial output, Littman/Metcalf configuration, red wavelength tunable CW narrow linewidth laser.

• Laser Components

It is a polarization-maintaining fiber output, Littman/Metcalf configuration, and a blue wavelength tunable CW narrow linewidth laser.

• Laser Components

Starting with our in-house developed DFB fiber modules, we offer a lineup of narrow linewidth, high-output fiber lasers, as well as nanosecond ultra-compact lasers and optical amplifiers!

• Laser Components
• Amplifier
• others

This is a CW narrow linewidth external cavity laser module using a volume Bragg grating. Polarization-maintaining fiber output is also available.

• Laser Components

This is a CW narrow linewidth external cavity laser module using a volume Bragg grating. Polarization-maintaining fiber output is also available.

• Laser Components

This is a tapered amplifier for narrow linewidth diode lasers. It achieves high-power, high-quality beams through a MOPA configuration.

• Laser Components

This is a tapered amplifier for narrow linewidth diode lasers. It achieves high-power, high-quality beams through a MOPA configuration.

• Laser Components

This is a tapered amplifier for narrow linewidth diode lasers. It achieves high-power, high-quality beams through a MOPA configuration.

• Laser Components

This is a tapered amplifier for narrow linewidth diode lasers. It achieves high-quality high-power beams through a MOPA configuration.

• Laser Components

This is a tapered amplifier for narrow linewidth diode lasers. It achieves high-power, high-quality beams through a MOPA configuration.

• Laser Components

This is a narrow linewidth CW laser using an in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

This is a narrow linewidth continuous wave laser using our in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

This is a narrow linewidth continuous wave laser using an in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

This is a narrow linewidth CW laser using an in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

This is a narrow linewidth continuous wave laser using an in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

This is a super compact narrow linewidth laser module. It can be integrated into various systems such as measurement and spectroscopy.

• Laser Components

Achieve a valuation of 38.47 billion US dollars by 2025, and surge to 94.13 billion US dollars by 2032.

• Other optical parts

This is a narrow linewidth CW laser using an in-house developed fiber DFB module.

• Laser Components
• Amplifier
• others

We have a selection of "ferrules" suitable for special optical fibers!

• Other optical parts

We support the production of master codes for all types of fiber optics and connectors!

• Other optical parts

Introducing examples that have been assembled with a certain regularity!

• Other optical parts

We leverage the strengths of manufacturers that handle everything from product design to manufacturing and assembly, providing flexible responses such as customization.

• Optical Experimental Parts

We leverage the strengths of manufacturers that handle everything from product design to manufacturing and assembly, providing flexible responses such as customization.

• Optical Experimental Parts

Choose silicone for optical lenses! Leave the design to us.

• lens

It is possible to perform fiber optic testing without interrupting the communication service in use (low insertion loss < 0.5dB @ 1550nm)!

• Other optical parts

It is possible to maintain necessary parameters such as a stable spectrum and a high laser damage threshold!

• Other optical parts

Achieved a reflectance of ">98% at 193nm" with IBS coating! Protects the optical system from UV lasers and extends its lifespan.

• mirror