List of Other optical parts 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

Eliminate static electricity inside the substrate! Future measures against static electricity must be addressed at the nano level to be effective.

• Other optical parts
• Other anti-static devices

Double-arm LED lighting for microscopes used in factories, universities, and research institutions. It is a flexible light for inspection and work with stereo microscopes.

• Other optical parts
• LED lighting
• Other microscopes

For inspection and measurement purposes such as shape measurement of small workpieces in combination with a CCD camera.

• Laser Components
• Other optical parts

We are prepared to offer a variety of precision machined products, including irregular pipes, to meet our customers' requests.

• Other optical parts
• Non-ferrous metals

We respond to the growing demand for ultra-small precision parts processing in various fields.

• Processing Contract
• Other optical parts
• connector

We perform machining of complex shapes, three-dimensional shapes, and high-precision parts.

• Processing Contract
• 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 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 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 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 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 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 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 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

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

We will introduce examples of processing for orthodontic attachments!

• filter
• Ceramics
• Other optical parts