The Weike Cup·OFweek 2026 China Optical Industry Annual Selection is hosted by OFweek, a leading portal for China's high-tech industry, and co-organized by Weike.net Optics. The event collaborates with authoritative associations, research institutes, and key enterprises in the optical field. Building on the professional reputation of the 'OFweek Awards' after more than a decade in the high-tech sector, and with a rigorous, open, and fair selection process, it has become a highly professional and influential benchmark in the optical industry.

This year's selection will focus on core sectors such as optical materials, optical instruments and equipment, vacuum coating, optical components, optoelectronic sensors, optical information storage, and other optical sensing technologies. It aims to recognize breakthrough products, cutting-edge technologies, benchmark cases, and leading companies in the industry, encouraging advancements in core technologies.

Currently, the event is in the midst of an enthusiastic application phase, with strong participation from industry enterprises. Shenzhen Fair Optics Technology Co., Ltd. has officially entered the competition for the 'Weike Cup·OFweek 2026 Outstanding Contribution Award in Optical Industry Application Solutions.'

Participating Company

Nomination Information

Award Applied For:

Weike Cup·OFweek 2026 Outstanding Contribution Award in Optical Industry Application Solutions

Product Name:

A Multi-band Optical Filter

Key Achievements:

In terms of application effectiveness, this solution integrates dual-band and three-pass optical filters on both sides of a single substrate, achieving precise multi-band regulation across a wide spectrum of 350nm-880nm for the first time in beauty device filters: the front side covers dual bands of 350-500nm and 750-880nm, while the back side precisely locks in three therapeutic windows at 530-550nm, 570-600nm, and 635-650nm, with peak transmittance T>94% and out-of-band rejection depth reaching OD2-OD4. Compared to traditional single-filter solutions, this product accomplishes the wavelength screening functions of multiple filters with just one, directly reducing the volume of the beauty device's optical system by approximately 40%, effectively enhancing light output efficiency and lowering terminal device costs.

In terms of system integration and innovation, achieving complex film system integration on an optical substrate less than 2mm thick requires solving design challenges for precise multi-band regulation across a wide spectrum. This solution employs IAD ion-assisted deposition for hard coatings, which can withstand flame combustion tests and maintain optical stability under continuous operating temperatures of 80-120°C. The product's base material can be selected from B270, quartz glass, or sapphire, with thickness ranging from 0.3-5.0mm and customizable dimensions to fit the optical designs of various beauty device models.

Regarding industry value and scalability, this solution has been mass-applied in mainstream beauty devices such as photon rejuvenation and laser hair removal. In 2025, Fair Optics' sales in this segment grew by approximately 30% year-on-year, capturing about 80% of the market share and supplying key industry clients in bulk. This integrated solution is clearly replicable, capable of adapting to beauty devices with different wavelength requirements by adjusting film design parameters, providing a highly integrated and reliable filter solution for the optoelectronic beauty industry.

Reasons for Nomination:

1. System Integration and Innovation: Pioneering Double-Sided Partitioned Coating Architecture

This solution integrates dual-band and three-pass optical filters on both sides of a single substrate, achieving precise regulation of five target bands across a wide spectrum of 350nm-880nm for the first time. Compared to traditional single-sided coating solutions, this approach enhances spectral accuracy while simplifying the system's optical structure, offering a highly integrated optical solution for beauty device manufacturers.

2. Application Effectiveness: Filters Out Harmful Light, Significantly Enhances Light Output Power

This solution effectively filters out harmful ultraviolet light below 350nm and interference bands useless to the human body, while ensuring efficient transmission of effective therapeutic light between 530nm-650nm. Measured data shows that beauty devices using this solution exhibit significantly enhanced light output power and greatly reduced power attenuation, directly improving terminal treatment effects and user experience, while helping clients reduce overall power consumption and cooling costs.

3. Industry Value: Aligns with Multi-band Trend in Beauty Devices

With advanced photon technologies like AOPT pursuing multi-band, multi-filter solutions, this approach provides beauty device manufacturers with a highly integrated, high-performance optical component option, promoting the use of domestically produced core optical devices in high-end medical beauty equipment.

4. Replicability and Scalability: Standardized Architecture Fits Multiple Models

This solution employs standardized optical substrates and coating processes, customizable to the optical requirements and power needs of different beauty device platforms, holding potential for large-scale industry adoption.

Welcome to Participate

The annual selection is now enthusiastically accepting applications. Pioneers across all segments of the optical industry chain are welcome to apply and compete for industry accolades!