Nano Dimension Ltd · NASDAQ:NNDM
Nano Dimension — Investor Presentation (April 2019)
16 slides from Nano Dimension's investor presentation, Apr 8, 2019
Slide 1: Technologies & Applications Value Solutions for Customers
TECHNOLOGIES & APPLICATIONS VALUE SOLUTIONS FOR CUSTOMERS April 2019 www.nano - di.com
Slide 2: Forward Looking Statements
2 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Forward Looking Statements This presentation of Nano Dimension Ltd . (the “Company”) contains “forward - looking statements” within the meaning of the Private Securities Litigation Reform Act and other securities
Slide 3: Nano Dimension: leading additive electronics provider
3 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. 3 NASDAQ / TASE : NNDM Nano Dimension is the world’s leading additive electronics provider, targeting the growing demand for sophisticated electronic devices that rely on sensors, antennas and PCBs Our additive ma
Slide 4: How does it work? The DragonFly Pro System
4 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. How does it work? The DragonFly Pro System 2 printheads inkjet both materials simultaneously: • Both conductor & substrate are printed • 100 % fully additive process!
Slide 5: Key Technologies
5 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Key Technologies www.nano - di.com | © 2019 Nano Dimension. All rights reserved. • Side contacts • IC packaging: Vertically integrated ICs • 3 D Integration • Printed capacitors • Antenna # 1 : 13 MHz - 5.2 GHz •
Slide 6: Applications vs. Technologies
6 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Applications vs. Technologies www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Side Contacts Vertically integrated ICs 3D Integr ation Printed Capacitors Antenna #1: 13MHz, 5.2GHz Antenna # 2 : COAX
Slide 7: Multilayered Printed Circuit Boards (PCB)
7 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Multilayered Printed Circuit Boards (PCB) • Fast prototyping • Tens of layers in a 3 mm PCB • Reducing weeks into hours
Slide 8: Specialized-shape PCB
8 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Specialized - shape PCB THE ‘TRADITIONAL’ CHALLENGE 1. Lots of polluting waste. 2. Requires laser cutting. THE SOLUTION BY NANO DIMENSION 1. No pollution: 100% additive. 2. No need for external laser process. 3. E
Slide 9: Side Mounted Components
9 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Side Mounted Components THE ‘TRADITIONAL’ CHALLENGE Not possible to side - mount! Only top and bottom are available for assembling components. THE SOLUTION BY NANO DIMENSION Printing the pad on the side of the boa
Slide 10: Plug-in Module: Socket Insert
10 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Plug - in Module: Socket Insert THE ‘TRADITIONAL’ CHALLENGE 1. Manufacturing requires through - via holes. 2. Assembly requires soldering of mounting - pins. 3. Long lead times with outsource. THE SOLUTION BY NAN
Slide 11: Touch Sensor
11 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Touch Sensor THE ‘TRADITIONAL’ CHALLENGE Requires additional button unit. THE SOLUTION BY NANO DIMENSION Printing the touch sensor as part of the PCB. No need for button. Design, print, assemble and test within a
Slide 12: RF Amplifier
12 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. RF Amplifier “Results showed similar RF performance between the 3 D printed version and the baseline amplifier, clearly demonstrating the viability of 3 D printed electronics for RF circuitry.” - Dr. Arthur Paole
Slide 13: IoT Pack
13 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. IoT Pack THE ‘TRADITIONAL’ CHALLENGE 1 . Purchasing of 3 different elements: PCB, antenna, battery holder is required. 2 . Assembly of all elements. THE SOLUTION BY NANO DIMENSION 1. No purchasing of PCB, antenna
Slide 14: Vertical Assembly: Vertically Integrated ICs
14 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Vertical Assembly: Vertically Integrated ICs THE ‘TRADITIONAL’ CHALLENGE ICs can only be placed on top or bottom layer. This requires large surface area. THE SOLUTION BY NANO DIMENSION Integrate ICs within the PC
Slide 15: Printed Capacitors
15 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Printed Capacitors THE ‘TRADITIONAL’ CHALLENGE Capacitor has to be purchased as external component and assembled on top or bottom. THE SOLUTION BY NANO DIMENSION 1. Capacitor is printed. 2. No need to assemble. 3
Slide 16: Thank You
16 NASDAQ / TASE : NNDM www.nano - di.com | © 2019 Nano Dimension. All rights reserved. Nano Dimension® Copyright © 20 ϭ 9 Nano Dimension Ltd. Nano Dimension, DragonFly, AgCite and the DragonFly logo are trademarks of Nano Dimension. Printed April 2019 DragonFly™ Follow us: @nanodimensiontech @3Dpcb