R&D
R&D Projects.
Ongoing and completed projects—
translating research into measurable outcomes.
Overview
Our R&D focuses on developing and manufacturing multi-modal home beauty devices and building a connected care ecosystem that links the device, mobile app, and smart furniture display. We aim to deliver high performance with low irritation, premium UX, and scalable manufacturing readiness.
Necessity
The global home beauty device market is rapidly evolving toward AI-powered personalization, smart connectivity, and high-efficiency at-home care. At the same time, users demand more comfortable, safer treatment experiences—making low-irritation engineering and guided UX essential.
To compete globally, brands also require partners who can support faster development, cost-effective production, and certification readiness—not just one-off product builds.
What We Offer
Multi-modal Synergy
While many competitors offer single or 2–3-function devices, we integrate Ultrasound + RF + EMS + EP + LED + HIFU into a cohesive platform and provide customized modes (lifting/firming/soothing) based on skin condition.
Low-Irritation & Comfort Engineering
We address pain points found in ultrasound lifting devices by applying low-temperature RF and/or cooling systems, and by adopting HIFU or low-intensity continuous ultrasound (LFU) approaches.
Premium UX & Accessibility
We pursue premium design and a user-friendly interface such as touchscreen controls and AI-guided modes, while also expanding accessibility through cost optimization and tiered product lines.
Connected AI Skincare System
We develop an AI skin analysis and IoT tracking experience that connects the device–mobile–furniture display for multi-user management and data-driven care guidance.
Prior Research
Our team’s experience spans development through mass production across electronics and beauty devices, including multiple beauty-device categories and system development roles. This accumulated experience is the foundation for fast iteration, production-readiness, and stable quality execution.
We also build on prior outcomes in combined device concepts and manufacturing execution, strengthening our ability to convert concepts into production-ready deliverables.
Differentiation
- Production
| Layer | Metric (KPI) | Prototype Target | Release Target | Verification |
|---|---|---|---|---|
| A. Treatment Performance & Comfort | Multi-modal integration | ≥ 3 modalities | ≥ 4 modalities | Test report (protocol-based) |
| A. Treatment Performance & Comfort | Comfort / low irritation (1–5) | ≤ 2.5 | ≤ 2.0 | User test report |
| A. Treatment Performance & Comfort | Low-temp / cooling effectiveness | ≤ 45°C | ≤ 42°C | Usability test report |
| B. UX & Usage Efficiency | Guided routine completion | ≥ 90% | ≥ 95% | Usability test report |
| B. UX & Usage Efficiency | Daily routine efficiency | ≤ 12 min | ≤ 10 min | App log / timer record |
| B. UX & Usage Efficiency | Ease of use (UX score) | ≥ 75 | ≥ 80 | Survey + observation |
| C. Connected Care | Bluetooth connectivity reliability | ≥ 97% | ≥ 99% | QA test + Field log (30-day) |
| C. Connected Care | Data sync / tracking integrity | ≥ 97% | ≥ 99% | Sync report / analytics |
| C. Connected Care | Multi-user management | ≥ 5 profiles | ≥ 10 profiles | Functional test checklist |
Prototype targets validate feasibility; release targets reflect mass-production readiness and user experience stability.
- Smart Display / Furniture Module
| Module | Spec Item | Prototype Target | Release Target | Verification |
|---|---|---|---|---|
| Smart Display | Panel size | 10.1” | 10.1” (8”–15” range supported) | Spec sheet |
| Smart Display | Touch | 5-point capacitive | 10-point capacitive | Functional test |
| Connectivity | Wi-Fi | 802.11n | 802.11ac (Wi-Fi 5) | Connectivity test log |
| Connectivity | Bluetooth | BT 4.2 | BT 5.0 | Connectivity test log |
| System | Multi-user profiles | Up to 5 profiles | Up to 10 profiles | Scenario test checklist |
Prototype targets validate feasibility; release targets reflect mass-production readiness and user experience stability.
Plan
Growth Roadmap to Become a Global ODM Specialist
HIFU Multi-Modal
Device Line
- Develop multi-step product concepts across user segments (premium/standard/entry).
- Integrate HIFU with RF/EP and expand to LED/thermal management depending on variants.
Device + Cosmetics
Hybrid Integration
- Expand beyond “single-cosmetic-only” designs toward proprietary container compatibility and broader usage scenarios.
- Develop combined routines (essence + thermal/electrical + vibration) and post-care mist application for comfort optimization.
Device-Optimized
Cosmetics Supply
- Plan based on global market readiness and sales signals.
- Evaluate business model requirements such as subscription operations and partner collaborations.
Smart Mirror &
Furniture Ecosystem
- Build display-based care guidance and management functions (skin condition, temperature, touch UI, news, user profiles).
- Connect device and phone via Bluetooth and aggregate usage/skin data for management and recommendations.
Scale Path (R&D → Production)
- Short-term: outsource manufacturing to reduce fixed costs.
- Mid-term: build facilities and obtain ISO 9001 / ISO 13485.
- Long-term: secure medical-device manufacturing infrastructure.
Capabilities
| Category | Content |
|---|---|
| In-house R&D Organization (mid/long-term) |
|
| Manufacturing Readiness & Execution |
|
| System-Level Integration |
|
Expected Outcomes
- A scalable multi-modal platform that supports premium-to-entry product lines with improved comfort and usability.
- A connected care ecosystem that links device, app, and furniture to enable guided routines, tracking, and multi-user management.
- Stronger global readiness through patents, certification pathways (ISO), and infrastructure expansion for ODM supply.