Mic icrofa rofabrication brication an an oppo portu rtunity! ity! Dr. Hilde Krikor Business Development and Innovation, Sirris Call to to act ctio ion
Seco cond nd Call: New Industr dustria ial l Policy icy Factorie ies of the Futur ure – Key Technolo ologies gies 2013 13 - 2015 5 Focuse ses on: on: Micropro roce cess ssing ing of P Plasti tics cs Busine ness ss opportuni unity ty coachi hing ng
Flanders has a strong network of knowlegde partners for Change2Micro
Flanders ’ Plastic Vision The competence centre for the plastic and rubber converting industry in Flanders Support & coaching for innovation • Project initiation • Cooperation between companies • Partner search & matching • Contact info@plasticvision.be http://www.plasticvision.be
B-PHO HOT: : Applied and industrial research Technology transfer of micro-system solutions based on photonics focus on disruptive micro-systems that need a complete technological supply chain to be demonstrated Optical Measurement and Characterization Low-Cost Low-Volume Mastering and Prototyping Replication Technologies Demonstrators and Optical Modelling Prototypes Advanced Materials www.b-phot.org
Centre for Microsystems Technology 1) Generic technology platforms for conformal microsystems -generic chip packaging -board-level interconnection technology (both optical and electrical) 2) To create innovative sensor components and application specific microsystems www.cmst.be/ ultra-thin chip package large-area low-cost Stretchable microsystems Integrated polymer-based electronics opto-electronic systems 6
Polym ymer er Che hemist mistry ry and d Biomater ateria ials ls Resea search Group up A. A. Polymer Synthesis is Labs C. Surfac ace Modif ific ication ation & C Charac racte teris risation ation B. Charac racte teris isation ation of Polymer Bulk Prope pert rties ies Optical, SEM & Atomic Force Microscopy NMR (300, 500 & 700 MHz), FT-IR, UV spectrosopy (AFM) MW analysis: GPC, Maldi-Tof, Light Scattering (dynamic & static) (DLS/SLS) FT-IR ATR and imaging Additive analysis: HPLC QCM-coupled ellipsometer Physico-chemical and mechanical testing (DSC, TGA, tensile Plasma apparatus (Ar & O 2 ) measurements) Dynamic & Static Contact Angle Dynamic Vapor Sorption (DVS) measurements D. Poly lymer Proces essin ing Electrospinning / Electrospraying Rapid Prototyping (Bioplotter) ATR-imag aging AFM DVS SPR SPR DLS/S /SLS Melt Flow Index
Machining & replication of small parts Miniaturization in product development smart rt produ ducts cts Surface functionalization thanks to: • micro-texturing • selective material deposition • embedded micro-systems (sensors, light sources, …) www.sirris.be www.small-la lab.be
+ Coaching partner
The project Timeline Bootcamps – business cases
Project Timeline 6m 12m 18m 24m 30m 33m closing Intakes follow-up Bootcamp Cycle II Bootcamp Cycle I lessons learned
Project Timeline - opstart 6m 12m 18m 24m 30m 33m Intakes and demo’s Lab visits • Thematic days (e.g. Change2micro@breakfast) • Netwerking & intakes for bootcamp cycle I via 2 Pitch& Date • sessions Kick-off
Kick – off: 8 Participating companies Raw Material Supplier: SABIC Mold Builders: D & W Moulds, Melotte Prototyping - small productions: Tenco DDM Injection moulders: Aspel Group, Medanco Service providers quality and metrology: Inside Matters OEM: TE Connectivity
Project Timeline – bootcamp cycle I 6m 12m 18m 24m 30m 33m Bootcamp cycle I with 4 teams Multipartner teams: 8 companies + technologypartners • Supervised by The Bridge to refine the idea/concept • into a concrete business plan. 5 sessions: get it going, design & develop, prepare for • launch Timing 10 à 12 months •
4 Application Domains – 4 teams Change2Micro: 5 year (overall) Vision: Building and Anchoring a sustainable Micro-related Ecosystem in Flanders Additional Market and Knowledge & Business Competence Opportunities Centers
Overview of the different teams and their business cases
Drop op-It It ◦◦◦◦◦◦◦ Team 1: Merging ultrasonic-based high precision droplet technology with micro-processed plastics
Objec ectiv tive - Miniaturization of existing macro-scaled inhalers and nebulizers - Development of more performant nebulizers suitable for babies and children in which the treatment time is reduced and the efficiency of the drug delivery is upregulated.
Drop -it Implementation of ultrasound technology to atomize a liquid into a respirator
Team 2:
Team 2: Microlaya ...? Microlaya is a platform that covers the entire value chain of the plastics to develop high-quality micro components. Objectives: - Showcase the ability to produce micro plastic parts or parts with micro accuracy - Market the group of companies as a one-stop- shop for micro plastic parts development - Reduce time-to-market for production companies
Team 2: Microlaya – who are we?
Team 3: Fibre Optics TE Connectivity The development and implementation of high precision and miniature components for a new generation of products for connecting optical fibers. Achieve sub-micron level dimensional accuracy on molded components and assemblies Sirris SMALL-Lab, VUB-B PHOT, UGent CMST lab
Dr. Wildemeersch Team 4: Small consortium PBM Ugent, Tenco DDP, Dr. Wildemeersch
International exposure Besançon - France Flanders Investment&Trade French Company Clusters: Plastipolis and Pôle des Microtechniques
Project Timeline 6m 12m 18m 24m 30m 33m closing Intakes follow-up Bootcamp cycle I Bootcamp cycle II Focus on 1 specific case via a limited Bootcamp coaching
2nd phase – Bootcamp cycle II TP Vision Belgium, Technologiepark, Gent The use of polymer light guides for slim sensor TV integration Target = a demonstrator to be shown at the Seminar "Innovation through polymer microtechnology" and visit to Imec's cleanroom, 13.11.2015 at Imec, Leuven http://www.sirris.be/agenda/seminar-innovation-through-polymer- microtechnology-and-visit-imecs-cleanroom
See you on 13.11.2015, Imec, Leuven Thank you for your attention
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