Daiwa's Innovation
2026-05-20 01:23:53

Daiwa's Revolutionary Carbon Molding Tech in Neurosurgery Equipment Development

Innovation at the Intersection of Sports and Medicine



Daiwa, known for its fishing gear, has made a remarkable stride into the medical realm by applying its advanced carbon molding technology to neurosurgery. The company, under the umbrella of Globeride Inc., is actively involved in a collaborative project led by SpineTech, a startup from Tokyo Medical University, which has resulted in the development of a ground-breaking medical device known as the STI head pin.

Understanding the STI Head Pin



The STI head pin is a surgical instrument designed to maintain the stability of a patient's head and neck during neurosurgery. This device secures the skull at three points, allowing for precise surgical procedures. As intraoperative CT imaging and navigation systems become increasingly pivotal in surgery, there is a growing need for equipment that minimizes image noise caused by metal artifacts. This demand has guided the development of the STI head pin, focusing on the unique properties of carbon materials that easily allow X-ray penetration.

The Cutting-Edge Development Process



To meet the dual objectives of reducing image noise during CT scans while providing high strength, Daiwa leveraged its expertise in carbon rod development. Alongside the advanced processing technology from Takai Corporation, a partnership was forged to create this innovative device. By integrating both companies' capabilities, the resulting product meets the rigorous demands of medical environments with robust strength and sophisticated structural design.

On May 7, 2026, the first clinical cases using the CFR-PEEK STI head pin were conducted successfully at Tokyo Medical University Hospital, marking a significant milestone for the medical application of carbon technology.

Key Features of the CFR-PEEK STI Head Pin


  • - Reduction of Image Noise: Effectively lowers intraoperative CT scan artifacts.
  • - High Strength Performance: Ensures stable fixation during surgical procedures.
  • - Material Consideration: Designed to reduce the risk of metal allergies.
  • - Responsive Structural Design: Tailored to meet the precise needs of medical professionals.

The Significance of Globeride's Participation



Globeride embraces the mission of being “A Lifetime Sports Company,” committed to enhancing life through sports that connect individuals with nature. The successful integration of carbon molding technology, predominantly used in fishing gear, into a medical device showcases the versatility and impact of their innovations across diverse sectors. This initiative represents a significant achievement in contributing solutions to challenges faced in the healthcare industry. Globeride aims to continue translating its technical knowledge and resources into various industries to address pressing societal needs.

About the Partner Companies


SpineTech Inc.


  • - Website: SpineTech
  • - CEO: Satoshi Tani
  • - Location: Shinjuku, Tokyo, Japan
  • - Founded: September 1, 2020
  • - Overview: Design and manufacture of medical devices.

Takai Corporation


  • - Website: Takai Corporation
  • - CEO: Makoto Iwata
  • - Location: Mino, Gifu, Japan
  • - Founded: May 8, 1990
  • - Overview: Manufacturing of standardized parts for molds and FA (factory automation) components.

Globeride Inc.


  • - Website: Globeride
  • - CEO: Kazunari Suzuki
  • - Location: Higashikurume, Tokyo, Japan
  • - Founded: July 29, 1958
  • - Overview: Manufacturing and sales of fishing, golf, tennis, and cycling products.

Contact Information


For inquiries regarding this project:
  • - Globeride Inc.
  • - Public Relations Office Head: Shibata
  • - Phone: 042-474-8818


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