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90 Days ODM
Our 90-day ODM program provides a structured development path for selected beauty and personal care device projects. Industrial design, structural engineering, electronics, firmware, prototyping, tooling and production preparation are coordinated within one development workflow.
The final schedule is confirmed according to product complexity, functional requirements, tooling scope and applicable testing requirements.
What You Receive During Development
Each stage produces clear development outputs that help move the project from product definition to prototype validation and production preparation.
✅ Product Definition: Confirmed product positioning, target users, core functions, operating modes and initial technical requirements.
✅ Industrial Design: Product appearance, ergonomic details, material direction, color options and surface finish proposals.
✅ Engineering Development: Structural design, electronic development, firmware logic, component selection and internal layout planning.
✅ Functional Prototype: A working prototype for evaluating functions, controls, treatment heads, charging and overall handling.
✅ Tooling & Pilot Units: Mold development, production process preparation and pilot units for assembly and performance review.
✅ Testing & Production Files: Functional testing, reliability evaluation, inspection standards and production-related technical documentation.
Our ODM Development Process
STEP 01
Product ID & Appearance Design
Our design team transforms product concepts into detailed industrial designs by considering market trends, user experience, ergonomics and product positioning. The appearance design focuses on both aesthetic appeal and manufacturing feasibility.
STEP 02
Product Structure / Software / Hardware Design
Our engineering team develops the internal structure, electronic system and software functions to create a complete product solution. Each component is optimized for performance, reliability and efficient production.
Product Functional Prototype Validation
Functional prototypes are developed to verify product performance, operation experience and design feasibility. Testing results are used to optimize product functions and improve the final design before mass production.
Product Mold Design
Based on the approved product structure, our engineers design precision molds according to material requirements, product specifications and production standards to ensure stable manufacturing.
Product Mold Fabrication
Advanced mold fabrication processes are used to produce high-precision molds with reliable durability. Each mold is tested and adjusted to achieve consistent product quality during mass production.
Injection Molding
Injection molding enables efficient production of high-quality plastic components with accurate dimensions and stable performance. The process is optimized for product appearance, assembly efficiency and production consistency.
STEP 07
Spray Surface Treatment
Professional surface treatment processes enhance product appearance, durability and brand customization. Different finishes, colors and textures can be applied according to product requirements.
STEP 08
SMT (Surface‑Mount Technology)
SMT assembly ensures precise placement of electronic components onto PCB boards for stable electrical performance. This process supports compact designs and intelligent functions in beauty electronic devices.
STEP 09
Assembly
All mechanical components, electronic modules and functional parts are integrated through a controlled assembly process. Our production workflow ensures product consistency and efficient manufacturing.
STEP 10
Functional Testing
Each product undergoes functional testing to verify operating performance, electronic functions and user experience. Testing procedures are customized according to different product categories and requirements.
STEP 11
Reliability Testing
Reliability testing evaluates long-term product performance under different usage conditions. Key areas include durability, charging performance, component stability and operational reliability.
STEP 12
Final Inspection & Delivery
Before shipment, finished products undergo final quality inspection to ensure appearance, function and packaging meet customer specifications. Approved products are prepared for delivery.
STEP 13
Logistics & Shipment
We provide professional logistics coordination to support efficient and reliable product delivery. From packaging confirmation to shipment management, we help ensure products arrive safely and on schedule.
Frequently Asked Questions
Does every ODM project take exactly 90 days?
The 90-day program applies to selected projects with a clearly defined scope. The final schedule depends on product complexity, function requirements, tooling and required validation.
When does the 90-day development period begin?
The schedule begins after the product requirements, development scope, commercial terms and necessary project information have been confirmed.
Can we customize an existing product platform?
Yes. Existing platforms can be adapted through appearance, functions, firmware, treatment heads, accessories, packaging and market-specific configurations.
Is a functional prototype included?
Prototype development is included according to the agreed project scope. It is used to evaluate functions, controls, structure and overall product operation before tooling or pilot production.
Can functions be changed after prototype evaluation?
Adjustments can be made after evaluation. Significant structural or functional changes may affect tooling requirements, cost and the overall development schedule.
Does the 90-day period include certification?
Product testing and documentation preparation can be coordinated during development. Third-party certification timelines depend on the target market, testing body and product category.
