List of Optical Components products

It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...

• Sensors

We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!

• Other semiconductors
• Processing Contract
• Wafer

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850 to 1610 nm / CWDM / DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850 to 1610 nm / CWDM / DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850 to 1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850 to 1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850 to 1610 nm / CWDM / DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850 to 1610 nm / CWDM / DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850 to 1610 nm / CWDM / DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850 to 1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There are abundant specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

There is a wide range of specifications for allowable loss (dB) / wavelength (850–1610nm/CWDM/DWDM), making distance extension, optical conversion, and optical multiplexing easily achievable.

• Other optical parts

It is an IR cut filter that transmits part of the near ultraviolet range.

• Other optical parts
• lens

Filters corresponding to the light absorption spectra of chlorophyll a and chlorophyll b.

• Other optical parts
• lens

Long-wavelength transmission filter that reflects visible light and transmits near-infrared light.

• Other optical parts
• lens

A bandpass filter that selectively transmits near-infrared light at 940nm!

• Other optical parts
• lens

Spectral characteristics that minimize the transmission (and maximize the reflection) of visible light and some infrared light.

• Other optical parts
• lens

High Power Red Semiconductor Laser Marking / Model Number M1170NM-7LA

• Laser Components
• Laser marker

High-power red semiconductor laser marking / Part number M1170NMSH-3LA

• Laser Components
• Laser marker

Red He-Ne laser marking / Part number M1170NAL-3MA

• Laser Components
• Laser marker

Red semiconductor laser marking / Part number M1170NM-3LA

• Laser Components
• Laser marker

Headlight-equipped monocular loupe / Model number M834KE-50LEDY

• Glasses and goggles
• others
• lens

Continuous molding of ultra-fine pores with a diameter of φ0.01mm is possible through extrusion molding.

• filter
• Ceramics
• Other optical parts

Here are some examples of thin-walled pipe production!

• filter
• Ceramics
• Other optical parts

Here are some examples of the production of irregular ceramics!

• filter
• Ceramics
• Other optical parts

We will introduce examples of submicron processing!

• filter
• Ceramics
• Other optical parts

Submicron high-precision processing technology and measurement technology.

• filter
• Ceramics
• Other optical parts

We customize optical devices for lasers according to their applications.

• Lighting for image processing
• Other processing machines
• Laser Components

Laser

• Other processing machines
• Optical Experimental Parts

From small items to large ones, we have a wide range of processing areas and production capabilities!

• Other electronic parts
• Other optical parts
• Other machine elements

We will quickly respond to our customers' requests from the planning and development stages of the product!

• Other optical parts

Aspherical lenses are lenses that continuously change the curvature in the radial direction.

• lens

The laser goggles of the Laser Star series meet the optical safety standards of "Laser Protective Eyewear Standard" and "ROHS Standard" to prevent laser damage to the eyes.

• Laser Components

We offer a variety of optical fiber products.

• LED Module
• LAN/Optical cable
• Laser Components