We manufacture the world's thinnest endoscopes using ultra-thin optical fibers. The outside diameter of the thinnest endoscope is 0.35mm. Our ultra-thin fiberscopes are applicable to very small areas. Based on the keyword "optics", we are conducting various types of research and development activities, and developing new technologies in collaboration with research institutes throughout the world.We are certified according to ISO 13485 and ISO 9001, and also granted a license to manufacture sterile and non-sterile medical devices based on the Pharmaceutical Affairs Law of Japan. Therefore, we are able to offer high-quality OEM service.

[Contract Development / Joint Development / Contract Manufacturing]

• Ultra-thin endoscope / thin endoscopes (flexible endoscope having outside diameter of minimum 0.35mm)
• Fiber optics products / light source (medical devices including light source using optical fibers, etc.)
• Camera system (camera system with light source and/or monitor is available)
• Laser fiber / laser probe (laser probes for use in connection with surgical semiconductor laser or Nd:YAG laser system, etc.)
• Support of digital analysis system and software development
• Micro vital sensor
• Support of clinical technology development

We provide support for development of medical devices where we can make the best of our fiber optics technology and microtechnology. Please feel free to contact us.

* Note: In some specific cases, our OEM support may not be available due to existing cooperation with other firms.

[Our Technology]

Ultra-thin Fiberscope

A high-resolution ultra-thin fiberscope employing the world's smallest coupled lenses as small as 0.5mm or less in outside diameter.

Portable Video Camera System with Monitor

An endoscopic system equipped with optics, camera, light source, and monitor.

The insertion portion is removable, which is available in variety of sizes and shapes.

Laser Fiber Technology

Contract development / contract manufacturing of laser fiber / laser probe for use in connection with surgical semiconductor laser system.