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5 Tips for Commercialising Lab-on-a-Chip
Transcript of 5 Tips for Commercialising Lab-on-a-Chip
www.minifab.com.au 5 Tips
Lab-on-a-Chip 1. The Team 2. The Goal 3. Feel Factor 4. The Design 5. The Cost Multidisciplinary Common Language Biochemists
End users Use Networks, Alliances, Partnerships, Experienced Contractors ... to extend your capacity Biochemists
End users All specialists have their own jargon and prejudices.
Make sure you know what your project is inheriting Microfluidic Toolbox Thank you for your attention ... Define what success looks like ISO 13485:2003 + AC:2009
ISO 9001 User needs
Rebate strategy Use a staged development strategy
Start with high level concepts and a
Product Requirements Document (PRD)
Use the PRD to drive subsequent R&D User Needs R&D Input R&D R&D
Output Product /
Service Review V erification V alidation Sample to answer ... easy to say, hard to define Specimen collection method
Reagents - onboard / offboard
Power, Optics, Data Temperature
Dirt, dust, debris
Competitors Think outside the box (i) Design to match manufacturing techniques (ii) Make each part serve many functions (iii) Reduce the number of materials (iv) Understand calibration and control methods How far will your funding get you? Manufacturing cost model ... and does everybody understand this? Inventors
.... and you Use a Staged Development Plan to grow value and reduce risk Intelligent scaling Making more reduces unit costs
How to meet $ targets at product launch? Manual manufacturing
Fully automatic manufacturing GMP Regulatory compliance Impact of design decisions Cost modeling early in R&D 1. The Team 2. The Goal 3. The Feel Factor 4. The Design 5. The Cost Licensing Technology Spin-offs Technology Insourcing External Technology Base New Market Source: Chesborough (2006)