Electronics

Stork Stork Design Limited

🌍 Official Website 🏢 HKSTP Source
55 Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
Stork Stork Design is dedicated to developing innovative and eco-friendly solutions for modern living. Our flagship product, UCmask, combines sustainability, cutting-edge technology, and aesthetics. | UCmask introduces groundbreaking design in the mask industry. A Gold Award winner at the Hong Kong Smart Design Awards 2022, UCmask features a patented replaceable filter that provides 30 days of KN95-level protection while significantly reducing plastic waste from disposable masks. Its customisable transparency and fashionable appearance make it a trendsetter in mask design. | We are continuously evolving UCmask to provide a more professional respiratory experience, catering to both industries and individuals with respiratory concerns. | Description | Stork Stork Design is an industrial and product design studio based in Hong Kong. Founded in 2021, the studio aims to enrich humanity as its core value while delivering functional and heartening innovations to the masses. || Product | UCmask® is a reusable transparent mask that overcomes the communication barrier and environmental impacts of mask wearing during the pandemic. Its patented 30-days usage, KN95 grade filtration replacement unit empowers the frontline service providers and the general public by enabling them to express and communicate confidently during periods of prevailing respiratory diseases. | Achievements: HKSDA 2022 Gold Award (Corporate), PolyU Maker Fund Awardee

Strategic Analysis

Executive Brief

Stork Stork Design Limited is an award-winning industrial design studio specializing in high-performance respiratory PPE. Their flagship product, the UCmask, disrupts the traditional mask market by merging high-grade filtration (KN95) with transparent aesthetics and sustainability. As they evolve toward "professional respiratory experiences" and industrial applications, there is a significant opportunity to integrate advanced material science to enhance durability, sensor integration, and active sterilization.

Strategic Fit & Lead Score

Lead Score: 55 (40-59: General Research / Engineering)

Why this Score? While the current UCmask is a consumer-focused product, Stork Stork Design’s roadmap toward "professional respiratory experiences" and "industrial catering" necessitates a shift toward smart-mask technology. 6C’s Boron Doped Diamond (BDD) can facilitate ultra-sensitive electrochemical sensing for gas/pathogen detection, and our MPCVD coatings can solve the primary pain point of transparent PPE: surface degradation and fogging.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Smart Sensing BDD Electrochemical Sensors Integration of Boron Doped Diamond electrodes for real-time CO2, humidity, or pathogen detection within the professional mask housing.
Optical Durability Nano-Diamond / DLC Coating MPCVD-deposited diamond-like coatings on the transparent UCmask shield to provide extreme scratch resistance (9H+ hardness) and anti-fouling properties.
Active Sterilization BDD Advanced Oxidation Utilization of BDD electrodes in a miniaturized module for electrochemical generation of ozone or reactive oxygen species to self-sanitize filter units.
Manufacturing Tools PCD Precision Tooling Supply of Polycrystalline Diamond cutting tools for the high-precision machining of the proprietary UCmask molds, ensuring <1µm tolerance and high-gloss finishes.

Engagement Hooks

  • Technical Question: As you transition the UCmask into professional and industrial environments, how are you addressing the degradation of optical clarity (scratching/clouding) and the need for real-time physiological monitoring (CO2/O2) for the wearer?
  • Value Statement: 6C can transform the UCmask from a passive barrier into an active, diamond-enhanced "smart" respiratory platform that offers unrivaled optical durability and medical-grade electrochemical sensing.