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Lowering the entry barrier to metal 3D printing
Marc Saunders
Director – Global Solutions Centres
Lowering the entry barrier to metal 3D printing
Getting the most from
additive manufacturing (AM)
Applying AM in series
production
Why everyone is interested in 3D printing…
Cast aluminium bike seat post bracket
and optimised titanium bracket.
A weight reduction of 44% was achieved
by optimising the design for AM.
Additive manufacturing (AM) benefits
Innovative product designs
Complex internal details
Lightweight, optimised forms
Efficient material usage with minimal waste
Improved cooling & heat transfer
Customisation for specific applications
Short lead times
Build from CAD with no special tooling
Low volume parts
made direct from CAD
Getting the most from AM
Rapid prototypes & tooling
Why use AM for prototype & tooling development?
• Prototypes help to de-risk system designs at low cost
• No intention to use AM to make production parts
• AM avoids tooling costs whilst the design is still in flux
• AM enables cost-effective manufacture of complex tooling
Benefit
Examples: Rapid prototypes & tooling
Complex bar
locators for part
handling
Prototype
exhaust
nozzle
Conformal
mould tooling for
rapid cooling
Re-production parts, that avoid
complex manufacturing
Low volume parts
made direct from CAD
Getting the most from AM
Rapid prototypes & tooling
Direct part replacement
Why use AM for direct part replacement?
• Gain experience with AM in low risk applications
• Develop a supply chain for AM parts
Benefit
Example: Direct part replacement
Significant
waste
reduction
with AM
process
Note: some finish
machining still
required on AM
part
Example courtesy of GKN Aerospace
Complex parts that simplify
assembly & enhance reliability
Re-production parts, that avoid
complex manufacturing
Low volume parts
made direct from CAD
Getting the most from AM
Rapid prototypes & tooling
Direct part replacement
Part consolidation
Why combine parts using AM?
• Simpler assembly & fewer joints / bonds
Higherbenefit
Example: Part consolidation
Single piece microwave guide reduces
weight and improves performance
New product designs that
1. Deliver lifetime benefits in use
2. Provide mass customisation
Complex parts that simplify
assembly & enhance reliability
Re-production parts, that avoid
complex manufacturing
Low volume parts
made direct from CAD
Getting the most from AM
Rapid prototypes & tooling
Direct part replacement
Part consolidation
DfAM
optimised
Highestbenefit
Examples: DfAM optimised
Customised
cranio-facial
implant
Increased
efficiency heat
exchanger
Light-weight,
efficient hydraulic
manifold
Lowering the entry barrier to metal 3D printing
Getting the most from additive
manufacturing (AM)
Applying AM in series
production
Few companies are using AM in series production – why?
Lowering the entry barrier for AM
Metal additive manufacturing
technology for industrial applications
Global network of Renishaw Solutions
Centres
Applications expertise in a wide range
of industries
Integrated manufacturing solutions
Global network of Solutions Centres
Stone
Pune
Shanghai
Toronto
Stuttgart
Dallas
Breda
Miskin
Chicago
Wotton
A mutually supporting
network of centres,
each with applications
specialisms to suit
local industrial
demand
Opening during 2015
and 2016
Renishaw location
UK
Europe
Solutions Centre services
Benchmark part:
benefits tangible
Concept embodies
AM benefits
Optimise process
& verify part
Demonstrate
process stability
AM & finishing processes
to make saleable product
Renishaw Solutions Centre
for Additive Manufacturing
Incubator cells to nurture your idea
Your private development facility,
including…
 Secure, access-controlled process incubator cell
 Dedicated AM250 additive manufacturing machine
 Materials choice & option to use your own powder
 Dedicated powder handling accessories
 No overheads & predictable costs
 Access to Renishaw engineers and technicians
 Optional access to finishing processes, metrology
and materials analysis
Incubator cell services
Partially supported
• Secure incubator cell & office
• AM operator support
• Initial consultancy on build
orientation & support design
• Assisted build removal
• Systematic build data capture
• Reserved access to:
– De-build
– Filter management
Fully supported
Partially supported plus…
• Application engineering
• DfAM knowledge transfer
• Reserved access to:
– Heat treatment
– Part removal (EDM, saw)
– Support removal
– Surface-treatment
Additional services
Fully supported process
development & operation of:
• 5-axis CNC machining
• CMMs
• Equator gauges
• Standard or AM-built custom
fixtures
Pre-production capacity to prove your process
Ramp up towards production
volumes…
Access to multiple AM machines
Metrology and finishing processes
as required
Contracted price per part
Support for process capability
studies
Business case preparation
Integrated manufacturing capabilities
Support removal
Build plate removal
Heat treatment
Surface treatment
Machining CMM inspection
Polishing Gauging
Oil & gas Consumer
Aerospace AutomotiveHealthcare
Mould & die
Industrial applications expertise
Why choose Renishaw as your AM partner ?
• FTSE 250 plc, c £500m revenue and >4,000 staff
• Develops all aspects of AM technology in-house
(machines, software, metallurgy, services)
• World-class metrology, process control,
machining, electronics and assembly expertise
• Optimised solutions for your application, not just
standard product that you have to adapt
Thank you
Your product
design
Renishaw
expertise
Your AM
process
Global
support

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AM Solution Centres - TCT - issue 1-2

  • 1. Lowering the entry barrier to metal 3D printing Marc Saunders Director – Global Solutions Centres
  • 2. Lowering the entry barrier to metal 3D printing Getting the most from additive manufacturing (AM) Applying AM in series production
  • 3. Why everyone is interested in 3D printing… Cast aluminium bike seat post bracket and optimised titanium bracket. A weight reduction of 44% was achieved by optimising the design for AM. Additive manufacturing (AM) benefits Innovative product designs Complex internal details Lightweight, optimised forms Efficient material usage with minimal waste Improved cooling & heat transfer Customisation for specific applications Short lead times Build from CAD with no special tooling
  • 4. Low volume parts made direct from CAD Getting the most from AM Rapid prototypes & tooling Why use AM for prototype & tooling development? • Prototypes help to de-risk system designs at low cost • No intention to use AM to make production parts • AM avoids tooling costs whilst the design is still in flux • AM enables cost-effective manufacture of complex tooling Benefit
  • 5. Examples: Rapid prototypes & tooling Complex bar locators for part handling Prototype exhaust nozzle Conformal mould tooling for rapid cooling
  • 6. Re-production parts, that avoid complex manufacturing Low volume parts made direct from CAD Getting the most from AM Rapid prototypes & tooling Direct part replacement Why use AM for direct part replacement? • Gain experience with AM in low risk applications • Develop a supply chain for AM parts Benefit
  • 7. Example: Direct part replacement Significant waste reduction with AM process Note: some finish machining still required on AM part Example courtesy of GKN Aerospace
  • 8. Complex parts that simplify assembly & enhance reliability Re-production parts, that avoid complex manufacturing Low volume parts made direct from CAD Getting the most from AM Rapid prototypes & tooling Direct part replacement Part consolidation Why combine parts using AM? • Simpler assembly & fewer joints / bonds Higherbenefit
  • 9. Example: Part consolidation Single piece microwave guide reduces weight and improves performance
  • 10. New product designs that 1. Deliver lifetime benefits in use 2. Provide mass customisation Complex parts that simplify assembly & enhance reliability Re-production parts, that avoid complex manufacturing Low volume parts made direct from CAD Getting the most from AM Rapid prototypes & tooling Direct part replacement Part consolidation DfAM optimised Highestbenefit
  • 11. Examples: DfAM optimised Customised cranio-facial implant Increased efficiency heat exchanger Light-weight, efficient hydraulic manifold
  • 12. Lowering the entry barrier to metal 3D printing Getting the most from additive manufacturing (AM) Applying AM in series production
  • 13. Few companies are using AM in series production – why?
  • 14. Lowering the entry barrier for AM Metal additive manufacturing technology for industrial applications Global network of Renishaw Solutions Centres Applications expertise in a wide range of industries Integrated manufacturing solutions
  • 15. Global network of Solutions Centres Stone Pune Shanghai Toronto Stuttgart Dallas Breda Miskin Chicago Wotton A mutually supporting network of centres, each with applications specialisms to suit local industrial demand Opening during 2015 and 2016 Renishaw location UK Europe
  • 16. Solutions Centre services Benchmark part: benefits tangible Concept embodies AM benefits Optimise process & verify part Demonstrate process stability AM & finishing processes to make saleable product
  • 17. Renishaw Solutions Centre for Additive Manufacturing
  • 18. Incubator cells to nurture your idea Your private development facility, including…  Secure, access-controlled process incubator cell  Dedicated AM250 additive manufacturing machine  Materials choice & option to use your own powder  Dedicated powder handling accessories  No overheads & predictable costs  Access to Renishaw engineers and technicians  Optional access to finishing processes, metrology and materials analysis
  • 19. Incubator cell services Partially supported • Secure incubator cell & office • AM operator support • Initial consultancy on build orientation & support design • Assisted build removal • Systematic build data capture • Reserved access to: – De-build – Filter management Fully supported Partially supported plus… • Application engineering • DfAM knowledge transfer • Reserved access to: – Heat treatment – Part removal (EDM, saw) – Support removal – Surface-treatment Additional services Fully supported process development & operation of: • 5-axis CNC machining • CMMs • Equator gauges • Standard or AM-built custom fixtures
  • 20. Pre-production capacity to prove your process Ramp up towards production volumes… Access to multiple AM machines Metrology and finishing processes as required Contracted price per part Support for process capability studies Business case preparation
  • 21. Integrated manufacturing capabilities Support removal Build plate removal Heat treatment Surface treatment Machining CMM inspection Polishing Gauging
  • 22. Oil & gas Consumer Aerospace AutomotiveHealthcare Mould & die Industrial applications expertise
  • 23. Why choose Renishaw as your AM partner ? • FTSE 250 plc, c £500m revenue and >4,000 staff • Develops all aspects of AM technology in-house (machines, software, metallurgy, services) • World-class metrology, process control, machining, electronics and assembly expertise • Optimised solutions for your application, not just standard product that you have to adapt