Invitation to the 2026 Japan Optoelectronics Exhibition from Yamagata Optics
Release Date:
2026-04-02 10:43
Source:
Invitation to the 2026 Japan Optoelectronics Exhibition from Yamagata Optics

We cordially invite you to visit the OPIE 2026 exhibition—YAMAGATA’s booth H-50.
Dear [Customer Name/Mr./Ms.]:
Hello!
We are pleased to invite you to OPIE 2026 (OPTICS & PHOTONICS International Exhibition 2026), Japan’s largest specialized exhibition in the fields of optics and photonics.
Exhibition Information
Time: Wednesday, April 22, 2026 – Friday, April 24, 2026, 10:00 AM–5:00 PM
Location: Pacifico Yokohama, Yokohama, Japan
Our booth number: H-50
YAMAGATA specializes in the research, development, and manufacturing of optical films, functional optical materials, and precision optical components. At this exhibition, we will highlight our latest optical film solutions, including high-precision PET substrate treatment technologies, low‑reflectance/high‑transmittance optical films, and advanced functional materials optimized for etching processes.
We are particularly focused on addressing and continuously improving issues such as insufficient corrosion depth, and have made significant progress in optimizing material corrosion resistance. We warmly invite you to visit our booth and engage directly with our technical team to discuss tailored application solutions.
At that time, we will prepare detailed product information and technical specifications for you, along with an on-site demonstration. If you have any specific technical topics of interest in advance—such as the etching performance of PET substrates, depth control, or optical properties—we welcome you to let us know ahead of time so we can make tailored preparations.
We look forward to meeting you at booth H-50 at OPIE 2026 to explore collaborative opportunities in the fields of optics and photonics!
YAMAGATA Company
Invitation to OPIE 2026 — YAMAGATA Booth H-50
Dear [Customer’s Name]
We sincerely thank you for your continued and exceptional support.
We at YAMAGATA are pleased to announce that we will be exhibiting at OPIE 2026 (OPTICS & PHOTONICS International Exhibition 2026), Japan’s largest specialized exhibition for optics and photonics.
We cordially invite you to attend.
Exhibition Overview
Event Dates: Wednesday, April 22 to Friday, April 24, 2026, 10:00 AM–5:00 PM
Venue: Pacifico Yokohama
Our booth: H-50
Our company is dedicated to the development and manufacturing of optical functional films, optical thin-film materials, and precision optical components. At this exhibition, we plan to showcase our latest solutions, including advanced processing technologies for high-precision PET substrates, low-reflection, high-transmittance optical films, and functional materials optimized for corrosion‑resistant processes.
In particular, with regard to the issue of insufficient corrosion depth, we are continuously certifying and refining materials that have improved the corrosion resistance of the intermediate PET layer.
If you have any technical questions or specific inquiries, please stop by our booth. Our dedicated specialists will be happy to assist you.
If you have any specific technical topics of interest in advance—such as the etching characteristics of PET substrates, depth control, or optical properties—we would be grateful if you could let us know. This will enable us to arrange a more productive and meaningful discussion.
We look forward to welcoming you at the H-50 booth at OPIE 2026.
I kindly ask for your kind consideration.
YAMAGATA Co., Ltd.

Invitation to Visit Us at OPIE 2026
– YAMAGATA Booth H-50
Dear [Client's Name / Mr. / Ms.],
We are pleased to invite you to OPIE 2026 (OPTICS & PHOTONICS International Exhibition 2026), Japan's largest exhibition dedicated to optics and photonics technologies.
Exhibition Details
Dates: April 22 (Wed) – April 24 (Fri), 2026
Time: 10:00 – 17:00
Venue: Pacifico Yokohama, Yokohama, Japan
Our Booth: H-50
YAMAGATA specializes in the development and manufacturing of optical functional films, optical thin-film materials, and precision optical components. At this exhibition, we will showcase our latest solutions, including high-precision PET substrate processing technologies, low-reflection/high-transmittance optical films, and functional materials optimized for etching processes.
We have been actively addressing the issue of insufficient etching depth by working on reducing the corrosion resistance of the intermediate PET material. Continuous certification and material improvement efforts are underway, and we would be delighted to discuss these advancements with you in person.
Our technical team will be available at the booth to provide detailed product information, technical explanations, and on-site demonstrations. If you have any specific technical concerns or application requirements in advance (such as PET substrate etching performance, depth control, or optical properties), please feel free to let us know. We will prepare tailored information for you.
We look forward to meeting you at Booth H-50 during OPIE 2026 and exploring potential collaboration opportunities in the optics and photonics field.
Best regards,

〇 Development History · 20 Years of Deep Expertise in the Optics Industry – Precise Removal of Stray Light
〇 Creator of 0.1% ultra-low reflection technology for precision optical core components
Yamagata Optics manufactures shutter blades, apertures, bases, lens barrels, caps, spacers, and camera body housings, which can perfectly address image quality issues caused by various types of stray light.
〇 A mature and stable production system coupled with a precise stray-light suppression solution
〇 Addressing Customer Pain Points—Value-Driven Products










Related News
VIC Ultra-Low-Reflectance Black Coating
Inside a lens assembly, reflections from metal spacer rings, lens retainers, baffle rings and the inner walls of the lens barrel can generate flare. The resulting artifacts include flare, halos, ripple-like patterns and ghost images, all of which degrade image quality, as illustrated.
Invitation to the 2026 Japan Optoelectronics Exhibition from Yamagata Optics
〇 A mature, stable production system and a precise stray-light elimination solution 〇 Addressing customer pain points—delivering products that deliver real value
The Yokohama Optoelectronics Exhibition in Japan concluded successfully, yielding abundant results.
Yamagata Optics manufactures shutter blades, apertures, bases, lens barrels, caps, spacers, and camera housings, which can perfectly address image quality issues caused by various types of stray light.
Ultra-Low-Reflectance Coatings for Metal Components Over 99.9% Light Absorption
Inside a lens assembly, reflections from metal spacer rings, lens holder, barrel,spacer , baffle rings and the inner walls of the lens barrel can generate stray light. The resulting artifacts include light streaks, halos, ripple-like patterns and ghost images, all of which degrade image quality, as illustrated.
Serrated-Aperture Diaphragms for Stray-Light Suppression
Yamagata Optical's patented serrated aperture-edge design offers clear advantages over conventional wavy-edge designs. This innovative geometry provides highly effective stray-light suppression. It reflects our long-standing commitment to advancing precision optical components through research and engineering innovation.
Ion Coating Dramatically Reduces Baffle-Ring Reflectance
Yamagata Optical's ion-coating process reduces baffle-ring reflectance by a factor of 8.6. In addition to multiple solutions for suppressing stray light at the aperture edge, we can apply an ultra-low-reflectance ion coating to both sides of the film used to manufacture baffle rings. After treatment, reflectance can fall below 0.3%, substantially improving camera-module optical performance.
Yamagata Optics lens hood ion plating technology
After ion-plating treatment, Yamagata Optics has achieved an 8.6-fold reduction in the reflectance of its aperture. Currently, in addition to multiple anti-glare and stray-light suppression solutions for the inner bore of the aperture, Yamagata Optics can also apply ultra-low-reflection ion-plating to both sides of the raw-material light-shielding film. Following this anti-reflection treatment, the reflectance can be reduced to below 0.3%, significantly enhancing the optical performance of the camera.
In optical imaging, light can be both essential and disruptive. An unwanted ray may reflect off a lens-barrel wall, scatter from a spacer ring or diffract at a baffle edge. The result can be ghosting, halos, light streaks, ripple-like artifacts or veiling glare that washes out the image. Together, these forms of stray light undermine image clarity, contrast and signal-to-noise ratio.
Leave a message for inquiry
If you’re interested in our products, please leave your contact information, and we’ll get in touch within 24 hours!