A sneak preview into the India AM Report. We have embarked on producing and compiling the 1st comprehensive India AM Report – Mapping the Growing Additive Manufacturing Industry. The report included current scenario with on ground numbers, insights from industry experts and Future Potential of Additive Manufacturing in India. This report includes insights from 35+ experts from the Indian stakeholder ecosystem including machine manufacturers, research institutes, service bureaus and end users. The report has been validated from various checkpoints including primary research, secondary research, import data, OEMs and industry experts.

1. State of Indian Additive
Manufacturing Industry
Aditya Chandavarkar
Co-Founder
Indian 3D Printing Network

2. Agenda
• AM Overview
• History of AM in India
• State of Indian AM Industry
• About Indian 3D Printing Network

3. AM Overview

4. Also known as:
3D Printing · Additive Fabrication · Additive Processes ·
Additive Layer Manufacturing · Layer Manufacturing ·
Freeform Fabrication, RP (Rapid Prototyping)
3D
Globaly Known as Additive Manufacturing
Definition:
The process of joining materials to make objects from 3D
model data, usually layer upon layer, as opposed to
subtractive manufacturing methodologies, such as
traditional machining.
Source: ASTM Standard
Additive Manufacturing

5. AM Technologies
Source: 3D Hubs

6. AM Technologies
• Vat Photo-polymerisation SL/DLP/CDLP
• Binder Jetting – Sand / Metal
• Directed Energy Deposition – LENS / EBAM
• Material Extrusion – FDM / FFF / APF
• Material Jetting – MJ / NPJ / DOD
• Powder Bed Fusion – MJF / SLS / DMLS / SLM / EBM
• Sheet Lamination - LOM

7. Plastics materials in AM
• Selective Laser Sintering (SLS) (Nylon / Polyamides)
• Nylon PA12 (White)
• Nylon PA11/12 (Gray)
• Nylon 3200 Glass-Filled
• Alumide
• Carbonmide (carbon fiber filled)
• PEBA (Polyether block Amide)
• Multi Jet Fusion (MJF)
• PA 12 (black)
• PA 11
• PA 12 GB 40%
• PP under development
• Polyjet (Digital resin)
• Vero White
• Vero Clear
• Digital ABS
Elastomers
• TPU
• TPE
• Fused Deposition Modelling FDM
– PA 11
– ABS
– PLA
– Carbon Fiber (Filled)
– Hybrid Materials
FR (Flame retardant)
High performance PA
Commodity plastic

8. • Cobalt Chrome - Dental
• Maraging Steel MS1 - Tooling
• Nickel Alloys 625/718 - Aerospace / Engineering
• Stainless Steel - Engineering
• Titanium - Medical / Aerospace/ Engineering
• Aluminum - Automotive
Metal Materials in AM & Applications

9. Input
Data
preparation
Output
Post
processing
Finished
Product
Scan
Data
preparation
software
Online
Machine control
software
3D Printers
Hardware
Materials
Finishing
Painting
Dyeing
Other
CAD
QA/QC
Certification
AM Process Flow

10. Why AM ?
• Accelerate Design innovation
AM allows for faster testing of prototypes, enables innovative thinking and design
iterations to improve quality and reduce time to market for new parts
• Increase product performance
AM facilitates creating parts that are lighter, stronger and more efficient that are
designed for functionality; enables creation of high complexity parts for function
integration.
• Reduce supply chain cost
Additive designs reduce number of total assembled parts, aids rapid manufacturing.
• Simplify systems
AM simplifies systems by reducing part counts by part consolidation, assembly
elimination and creating more robust designs.

11. History of AM in India

12. 1995 - 2000
• First AM System installed in India (Datar – Cubital) - 1995
• Stratasys, 3D Systems, EOS, DTM develop local presence
• Educational Institutes and Auto OEM’s adopt RP (FDM)
• First service bureau utilizing FDM established.
• First Metal AM machine installed at CMTI - 1998
Rapid Prototyping Era

13. 2000 - 2010
• Pioneering Efforts by the early movers
• RPSI was instrumental in spreading awareness in the early days.
• Industrial Prototyping took shape and investments began in SLA,
SLS, Binder Jetting Technologies.
• Different applications started opening up including Dental,
Automotive, Aviation, Space, Tooling
Awareness & Foundation Era

14. 2010 - Present
• Increased Investments in Metal AM and pioneering efforts by
Intech DMLS and Wipro3D.
• Government funded ATL (Atal Tinkering Labs) piques interest at
education level with close to 6000 schools involved.
• Home grown AM Start-ups and companies in all areas established.
• Startups and Companies addressing various applications in
Healthcare & Bioprinting mushroomed.
Growth and Innovation Era

15. State of Indian AM Industry
Market Value of Indian AM Industry > $0.6 bn./ INR 4500 cr.

16. State of Indian AM Industry
AM
Ecosystem
Design/
Engineering
Services
Service
Bureaus /
ESB
Machine
OEM/
Resellers
3D Printer
OEM
Material
Manf.
ISB/End
User
Academia/
Research
Postprocess
/ QC /
Cerification

17. EOS
52%
SLM
9%
Reninshaw
9%
Concept Laser
9%
Sisma
2%
3D Systems
13%
Others
6%
Metal AM Mapping
Total Metal AM Systems: 82
(Upto March 2019)
Source: Indian 3D Printing Network

18. SHAPING YOUR
ADDITIVE MANUFACTURING
BUSINESS

19. ABOUT US
Indian 3D Printing Network (I3DPn) is a neutral knowledge sharing
platform acting as one point of contact for the Additive Manufacturing
industry in India and engaging with the AM community on a constant
basis.
ü Tradeshow, Seminars and Focused Roundtables
ü Publishing and Media Platform
ü Market Research and Intelligence
ü AM Training & Consulting

20. OUR ROADMAP
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21. LAUNCHING IN AUGUST 10 2019
INDIA AM REPORT

22. LAUNCHING IN JULY 2019
INDIA AM REPORT 11th – 12th Dec. 2019
Hall 5 - BEC Goregaon, MUMBAI
6+ Countries
13 Industries
5000+ Visitors
60+ Exhibitors

23. Tel: +91 22 24306319
E-Mail: aditya@catnewtech.com