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RETHINK ENGINEERING

Additive Manufacturing (AM) and related know-how are going to play a dominant role in how we conceive, design, produce and use objects. AM is going to push the limits of material science, and allow us to
explore frontiers, never before imagined.

RETHINK ENGINEERING

Additive Manufacturing (AM) and related know-how are going to play a dominant role in how we conceive, design, produce and use objects. AM is going to push the limits of material science, and allow us to explore frontiers, never before imagined.

Wipro 3D was started in 2012 with this conviction. Wipro 3D is a part of Wipro’s strategic initiative into the future of manufacturing. Since its inception, Wipro 3D has quickly grown into a leading provider of metal Additive Manufacturing Solutions and Services to the Aerospace, Space, Defense, Industrial & Tooling, Heavy Engineering, Healthcare, Automotive, and Nuclear sectors.

We offer Additive Manufacturing Consulting and Adaption Services, Additive Engineering Services, Additive Manufacturing, Research & Development Solutions as well as Design, Deployment and Operations of captive AM centres.

Wipro 3D delivers Additively Manufactured components in production level volumes, using a ‘Select to Prove’ lifecycle approach, based on our extensive experience in Component Selection and Use Case analysis, Additive Engineering and Simulation, Material Adaption and Substitution, Build Strategies, Post Processing know-how and Prove-Out considerations.

Value delivery remains a core consideration in our solutions and services, supported by a strong quality framework.

WIPRO 3D VALUE DELIVERY

IMPROVE FUNCTIONAL PERFORMANCE
COST EFFECTIVE ITERATIONS
BETTER MECHANICAL PROPERTIES
FLEXIBLE PRODUCTION
ACHIEVE SUPERIOR TOPOLOGY & COMPLEX GEOMETRY
FASTER DESIGN
ITERATIONS
WEIGHT REDUCTION IMPERATIVES
TOOL-LESS
PRODUCTION
(QUICK BATCH PRODUCTION)
ACHIEVE MONOLITH
DESIGN
(AVOID METAL JOINING
TECHNIQUES)
RESPONSE TIME & DESIGN
TO REALIZE TIME
MATERIAL SOLUTIONS
OBSOLENCE MANAGEMENT
(OUT OF PRODUCTION PARTS)
SUPPLY CHAIN OPTIMIZATION
RAPID MAINTENANCE, REPAIR, OVERHAUL
MASS CUSTOMIZATION
IMPROVE FUNCTIONAL PERFORMANCE
COST EFFECTIVE ITERATIONS
BETTER MECHANICAL PROPERTIES
FLEXIBLE PRODUCTION
ACHIEVE SUPERIOR TOPOLOGY & COMPLEX GEOMETRY
FASTER DESIGN
ITERATIONS
WEIGHT REDUCTION IMPERATIVES
TOOL-LESS
PRODUCTION
(QUICK BATCH PRODUCTION)
ACHIEVE MONOLITH
DESIGN
(AVOID METAL JOINING
TECHNIQUES)
RESPONSE TIME & DESIGN
TO REALIZE TIME
MATERIAL SOLUTIONS
OBSOLENCE MANAGEMENT
(OUT OF PRODUCTION PARTS)
SUPPLY CHAIN OPTIMIZATION
RAPID MAINTENANCE, REPAIR, OVERHAUL
MASS CUSTOMIZATION
IMPROVE FUNCTIONAL PERFORMANCE
COST EFFECTIVE ITERATIONS
BETTER MECHANICAL PROPERTIES
FLEXIBLE PRODUCTION
ACHIEVE SUPERIOR TOPOLOGY & COMPLEX GEOMETRY
FASTER DESIGN
ITERATIONS
WEIGHT REDUCTION IMPERATIVES
TOOL-LESS
PRODUCTION
(QUICK BATCH PRODUCTION)
ACHIEVE MONOLITH
DESIGN
(AVOID METAL JOINING
TECHNIQUES)
RESPONSE TIME & DESIGN
TO REALIZE TIME
MATERIAL SOLUTIONS
OBSOLENCE MANAGEMENT
(OUT OF PRODUCTION PARTS)
SUPPLY CHAIN OPTIMIZATION
RAPID MAINTENANCE, REPAIR, OVERHAUL
MASS CUSTOMIZATION
IMPROVE FUNCTIONAL PERFORMANCE
COST EFFECTIVE ITERATIONS
BETTER MECHANICAL PROPERTIES
FLEXIBLE PRODUCTION
ACHIEVE SUPERIOR TOPOLOGY & COMPLEX GEOMETRY
FASTER DESIGN
ITERATIONS
WEIGHT REDUCTION IMPERATIVES
TOOL-LESS
PRODUCTION
(QUICK BATCH PRODUCTION)
ACHIEVE MONOLITH
DESIGN
(AVOID METAL JOINING
TECHNIQUES)
RESPONSE TIME & DESIGN
TO REALIZE TIME
MATERIAL SOLUTIONS
OBSOLENCE MANAGEMENT
(OUT OF PRODUCTION PARTS)
SUPPLY CHAIN OPTIMIZATION
RAPID MAINTENANCE, REPAIR, OVERHAUL
MASS CUSTOMIZATION
IMPROVE FUNCTIONAL PERFORMANCE
COST EFFECTIVE ITERATIONS
BETTER MECHANICAL PROPERTIES
FLEXIBLE PRODUCTION
ACHIEVE SUPERIOR TOPOLOGY & COMPLEX GEOMETRY
FASTER DESIGN
ITERATIONS
WEIGHT REDUCTION IMPERATIVES
TOOL-LESS
PRODUCTION
(QUICK BATCH PRODUCTION)
ACHIEVE MONOLITH
DESIGN
(AVOID METAL JOINING
TECHNIQUES)
RESPONSE TIME & DESIGN
TO REALIZE TIME
MATERIAL SOLUTIONS
OBSOLENCE MANAGEMENT
(OUT OF PRODUCTION PARTS)
SUPPLY CHAIN OPTIMIZATION
RAPID MAINTENANCE, REPAIR, OVERHAUL
MASS CUSTOMIZATION

Our Growth Story

- CAPACITY
- BUILD
  TECHNOLOGY
Services Added

BUILD TECHNOLOGY
In-house/access to multiple build technologies: Selective Laser Melting, future planned Electron Beam Melting, Metal Deposition machines with multiple build volumes, speeds and applications.
- CAPACITY
- BUILD
  TECHNOLOGY
- DESIGN FOR
  AM
Services Added

DESIGN FOR AM
Build strategy and planning, design optimization, build orientation, parameter optimization, post processing complexity, volume considerations, functional performance and opportunity for value creation.
- CAPACITY
- BUILD
  TECHNOLOGY
- DESIGN FOR
  AM
- POST
  PROCESSING
Services Added

POST PROCESSING
In-house and partner ecosystem for various post processing techniques including Thermal Treatments and Finishing, Machining, Surface treatment and finishing.
- CAPACITY
- BUILD
  TECHNOLOGY
- DESIGN FOR
  AM
- POST
  PROCESSING
- ENGINEERING
  DESIGN
  COMPETENCE
- RESEARCH
- TEST
  /VALIDATION
Services Added

ENGINEERING DESIGN COMPETENCE
Deep understanding of the industry, components, design capability and component awareness.

RESEARCH
Custom parameter development, custom metal powder development, adapting new alloys to AM, post processing.

TEST/VALIDATION
Part Prove outs, design of experiments working with prestigious academia, and work with clients to run performance tests.

OUR PEOPLE

Production of predictable and repeatable Additively Manufactured components, which are service ready, requires a complex range of skills. Wipro 3D personnel come from a wide range of technical backgrounds and domains. We integrate structural engineering, thermal engineering, optics, metallurgy, mechanical engineering, software engineering, and consulting skills to achieve customers’ business goals.

100+

YEARS OF COMBINED
AM EXPERIENCE

Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants
Industry Advisors
METALLURGISTS
Additive Engineering Experts
Technology
EXPERTS
Post Processing Experts
Additive Consultants

I

Industry Solutions

Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more
Aerospace
The Aerospace industry has been at the forefront of adapting Metal Additive Manufacturing (AM) and some of the most evolved know more
Space
Additive manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other know more
Defense
The defense industry is among the earliest adopters of Additve Manufacturing along with the Aerospace industry. know more
Healthcare
Healthcare organizations across the globe face the challenge of sourcing low-volume, high-quality precision components know more
Industrial
Engineering design, and therefore production of components in the industrial sector, is primarily decided by the technical capabilities know more
Oil & Gas
Additive Manufacturing (AM) is finding end-use application in both, the upstream and downstream bands of the oil and gas know more
Nuclear
Additive Manufacturing (AM) is beginning to surround the atom. Around the world, the nuclear weapons and energy industries know more
Auto
Owing to advancements in AM, new avenues are available for the automotive industry through newer designs; lighter, and safer know more