Massivit for Education & Research - Arrow Digital

1. Massivit for Education & Research

2. Agenda • 3D printing in education • The problem • New way • Massivit offering • The product & the company • How it works • Examples / Applications

3. 3D Printing in Education • 3D printers are widely adopted in education & research centers • The technology is mainly used in engineering schools • Producing mainly handheld sized parts BUT: • More faculties could benefit from the technology • Applications are limited by size, cost, speed & materials • Often industrial grade systems are idle due to high running costs

4. The Problem Size • Current applications are bounded by: • Size – Only small\medium sized part Material Speed • Speed – Only small\medium sized parts • Cost – Only small\medium sized parts • Materials – For various applications • Resolution – For some applications Resolution Cost

5. The Problem • Overall industrial grade 3D printers utilization in the education sector <30% • Consumables are too expensive for the students • Maintenance is expensive • Hobbyist systems are limited in size & speed

6. Frustration • Applications are limited and technology remain a benefit for few • Non materialized high potential to benefit from 3D printing: • Architecture, Art, Design, Furniture, Large mechanical parts • Mostly due to Size, related to Speed & Cost • Difficult & complex daily management

7. New Way Size Speed Supportless Savings Big is no longer long nor expensive to print! 7

8. The Massivit Solution Size Size Material Speed Material Speed Resolution Cost Resolution Cost

9. Relevant Departments • Producing Fast, Large, Affordable parts for: • Design • Art • Architecture • Mechanical engineering • Aeronautics • Robotics • Automotive • Entertainment • Animation • More… • Research Platform • Materials science & engineering • Software • Advanced manufacturing technologies

10. Value Proposition – Fab Labs Expand current applications, offerings and capabilities 1 •Mostly large & quick parts for existing customers and applications Expand offerings to more departments & researches 2 •Art, Architecture, Construction, Oil & Gas, Furniture, Visual communications & more Increase affordability 3 •With special gel business model Unique Technology 4 •Differentiate yourself from the competition

11. “All You Can Print” • Initial stock of gel • System is always online • Stock is replenished automatically every month • Fixed monthly fee • Pre-order possible before big projects • No fluctuations on running costs • Convenient payments (Hub Store) • Encourage students usage

12. Value Proposition – Research Open platform with exceptional degrees of freedom 1 •Allowing novel materials & software capabilities invented by them Enter new research fields – Publish 2 •For specific applications or processes Potential revenue stream 3 •From shared profit on invented products Unique Technology – Pioneering 4 •Differentiate yourself from others

13. Open Platform – Innovation • Same system specs • R&D setup with more degrees of freedom • R&D guidelines • For you to experiment new possibilities • Facilitate collaboration • Solve real world problems • Potential profit sharing mechanism

14. The Massivit Advantage • Unique & new GDP technology • With significant industry impact potential (Big – Fast – Cost effective) • Open platform for innovation • High publishing potential • Wide range of applications • Lower TCO • Benefit more departments • Differentiate yourself

15. MASSIVIT 3D TECHNOLOGY (GEL DISPENSING PRINTING - GDP) PRINTS AT LEAST 10 TIMES FASTER! 15

16. MEGA-SCALE – RADICAL SPEED MASSIVIT 3D PRINTERS VERTICAL SPEED : 35 CM / 14” PER HOUR DEPTH 1.11m 4’ WIDTH 1.45m 5’ HEIGHT 1.80m 6’ 2 PRINTING HEADS NO MATERIAL WASTE NO SUPPORT STRUCTURES 16

17. RADICAL SPEED ENABLES MEGA SCALE RADICAL SPEED: Print a mannequin in 6 hours only ! VERTICAL SPEED: 14” per hour 35cm per hour MEGA SCALE: 4’ x 5’ x 6’ 1.11 x 1.45 x 1.8m

18. HOW DOES IT WORK? GEL DISPENSING PRINTING TECHNOLOGY (GDP) MASSIVIT 3D 57 Active Patents • Dispenses photopolymer gel strings, and instant polymerization • Tip defines volume of the gel string • Instant solidification using UV led curing • Almost no need for support structures; the layers support each other • Once printing is done, no need for post processing (curing, heating, etc.) Mechanical Elements Archimede s screw Print head Dispenser UV LED Curing UV LED Curing Tray Tip

19. NO RADICAL SPEED MEGA SCALE WASTE 19

20. MASSIVIT 3D STRENGTHS 70 EMPLOYEES WW 57 ACTIVE PATENT ASSETS +140 UNITS INSTALL BASE FOUNDED 2013 20

21. How It Works

22. 22

23. MASSIVIT GEL DISPENSING PRINTING - GDP 23

24. CEILING WITHOUT ANY SUPPORT 24

25. 300 gr 10.58 oz 100 gr 3.52 oz 47 mins 1,140 mins (19 hrs.) 25

26. Prototyping

27. Functional Prototyping

28. Functional Prototyping

29. Functional Prototyping

30. 30

31. IFEVS - Italy 31

32. Car Bumper

33. Machine Cover

34. Machine Cover

35. Trains Interior Cover

36. Yacht Cover / Seat

37. 37 Yacht Toilet Counter Yacht Captain Panel

38. Yacht Ladder 38 Front Panel Vending Machine Bus Main Flashlights

39. Concept Modeling

40. AUTOMOTIVE MARIE 3D, FRANCE 40

41. Rocket Engine

42. Art

43. Art

44. Concept Model

45. Jet Fighters

46. Razor

47. Production

48. 3D PRINTED FIN REINFORCED WITH FIBERGLASS - CROTIA B. 3D Printed A. Before C. After

49. Product Design Dimengel / InWin & SID, APJ – Unique Chassis The design inspiration of Yǒng is viewing nature from an artistic perspective. The original concept is from observing a butterfly’s pupation stage. Capture the organic form and showcasing the vivid detailing of each Yǒng. Thus, each piece is one-of-a- kind

50. Visual Communications