Medical & Healthcare Design
Founded in 2012, Innozen Design combines designers from the UK and South Korea with experienced local specialists in Shenzhen. We support medical device design from research and design to prototyping, supply chain management, and production.
Medical Device Context
Safety-first user experience
Complex system integration
Manufacturability matters early
Global delivery expectations
Trust and credibility
Design Challenges
Balancing usability, durability, and cleanability
Designing for production and supply chain constraints
Coordinating mechanical development with product design
Prototyping with a clear path to manufacturing
Communicating value to stakeholders
Our Approach
We provide end-to-end design engineering services, combining industrial design focus in medical equipment with a mechanical design team of 30+ designers and supply chain management services for production readiness.
Research-driven product definition
We begin with structured research and concept framing, aligning the product model with clear user and business goals.
Industrial design + engineering collaboration
Our industrial design and mechanical design services work together to validate structure, layout, and assembly early.
DFM and feasibility evaluation
We apply DFM services and feasibility checks to reduce tooling risk, improve yield, and control costs.
Prototype-to-production delivery
From design and sampling to supplier coordination, we support a practical route to manufacturing and production management.
Related Medical & Healthcare Design Services
Use these pages to target specific high-intent needs within medical device design and healthcare product development.
Featured Case
AbsolutSweat Real-time Sweat Health Tracker
A wearable smart sweat analyzer designed for real-time monitoring of sweat biomarkers during training or daily activities, with app-based data display and recording to support fatigue and hydration-related insights.
Pulse diagnosis machine
A medical diagnostic device concept that captures pulse signals via sensors and converts them into electrical signals for recording and analysis, supporting more objective assessment and easier learning.
Walker
A lightweight lower-limb exoskeleton assist robot designed for comfortable wearing and adjustable fit, providing assisted power for users with weak leg strength or gait challenges.
