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Kohoku Kogyo to Exhibit at SEMICON West 2026

Exhibition
Exhibition
SEMICON West 2026
Date
October 13(Tue) –15(Thu), 2026
Venue
Moscone Center, San Francisco, CA (South Hall, Booth #3015)

SEMICON West official website

At the Kohoku Kogyo booth, we will showcase a variety of SSG® products. SSG® is realized by our unique molding technology, the Slurry Casting Method, and its characteristics are equivalent to those of OH-free synthetic quartz glass.

Exhibitor information | KOHOKU KOGYO CO., LTD.

Achieving Ultra-Fine Holes as Small as 10 μm!

SSG®’s proprietary slurry casting process enables:

  • Micro-hole formation with diameters down to 10 μm
  • Straight hole formation with no taper

We welcome inquiries regarding challenging shapes that are considered difficult to achieve with quartz.

[Featured Products] Sample of Micro-Hole Forming Technology

SSG® micro-hole forming technology sample with hole diameters of 70 μm, 80 μm, 40 μm, 24 μm, 15 μm, 10 μm and (7 μm). To be exhibited at SEMICON West 2026.

[Other Products on Display]

  • TIR lens
    Quartz glass TIR lens made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.
  • Nozzle
    Multi-hole quartz nozzle made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.
  • Ring
    Large quartz ring made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.
  • Fly-eye lens
    Quartz glass fly-eye lens made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.
  • Multi-core fiber clad preform
    Quartz glass multi-core fiber clad preform made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.
  • Photonic crystal fiber preform
    Quartz glass photonic crystal fiber preform made of SSG (Slurry cast Silica Glass) using Kohoku Kogyo's Slurry Casting Method. To be exhibited at SEMICON West 2026.

SSG® features high transmittance even in the infrared wavelength range, making it suitable for heater lens applications.

Transmittance comparison graph (wavelength 200–2500 nm) of SSG® (Kohoku Kogyo), OH-free synthetic quartz (Company A) and synthetic quartz (Company B). SSG® maintains high transmittance in the infrared region.

We look forward to welcoming you.