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Wipro 3D offers AM Consulting,  Additive Design & Engineering, Research & Development Solutions, Prototyping and Production volume Manufacturing services, right up to design, set up and operation of Captive AM centres.

Using our proprietary Additive Adaption Framework, Wipro 3D assesses adaption opportunities for customers, and offers a customised Additive Manufacturing solution from a range of services. Value delivery and business outcome remain a core consideration in our solutions and services, supported by a strong quality framework.

Wipro 3D offers AM Consulting, Additive Design & Engineering, Research & Development Solutions, Prototyping and Production volume Manufacturing services, right up to design, set up and operation of Captive AM centres.

Using our proprietary Additive Adaption Framework, Wipro 3D assesses adaption opportunities for customers, and offers a customised Additive Manufacturing solution from a range of services. Value delivery and business outcome remain a core consideration in our solutions and services, supported by a strong quality framework.


ADDITIVE
CONSULTING

addwizeTM by Wipro3D is an additive technology awareness, adoption and acceleration program aimed at helping organizations and institutions to achieve desired business benefits and objectives.

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ADDITIVE DESIGN MANUFACTURING

Additive Manufacturing allows customers to rethink the way they design and engineer components, as well as transform existing geometries to deliver superior functionality or performance.

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MANUFACTURING
SERVICES

Wipro 3D offers a complete suite of manufacturing services ranging from prototypes right upto production runs of metal components. based on a strong quality framework.

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R & D SERVICES

We participate in our customer’s product development lifecycle, go to market plans, as well as value engineering projects, to support their business goals. subsystems.

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TURNKEY
SERVICES

Some of our Industrial customers eventually may wish to bring the technology in-house and develop captive Metal Additive Manufacturing centres. Wipro 3D recognizes this strategic imperative.

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ADDITIVE ADAPTION FRAMEWORK

ADDITIVE
CONSULTING

Additive Manufacturing (AM) also known as 3D printing is changing the way we design, develop, manufacture and use products and services. It has the potential to disrupt global supply chains across industries. It holds the promise of reshaping businesses.
With its inherent advantages, AM is playing a significant role in re-engineering, development and production of components and also to an extent in short series production environments.
In the case of organizations, the degree of business impact varies based on the use case, the intensity of adoption as well as the type of industry.
For academic institutions, adoption of the additive technology into the pedagogy has the potential to generate future-ready employable resources and research opportunities in the ecosystem.
As additive design, engineering and manufacturing have evolved, conversations around usage have, over a period of time, shifted from process to materials and from materials to applications.
More recently, with growing end-user awareness and interest, the adoption of AM technology is increasingly becoming the centre of discussion in both enterprises and academic institutions. Businesses are now focussed on the industrialization of this technology for tangible and sustained business outcomes. Academia in both national and global fronts are keenly involved in re-considering their programme and pedagogical practices to include AM in their curricula.

TYPICAL QUESTIONS PERTAINING TO AM

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There are various consulting & training programs that offer to address some of these positive influences (illustrated below). However, these offerings are often point solutions either limited to a specific agenda or a business-driven objective
POSITIVE INFLUENCES WHILE ADOPTING AM TECHNOLOGY
Right identification and co-opting of stakeholders within the enterprise across functions and roles
A clear understanding of various types of AM technologies, their strengths and weaknesses
A clear understanding of various types of AM technologies, their strengths and weaknesses
Resilience in developing, deploying and post-deployment follow up of functional parts
Identification and on-boarding of a strategic partner ecosystem for sustenance and scaling the adaption process
Identification and on-boarding of a strategic partner ecosystem for sustenance and scaling the adaption process
A time-tested change management strategy and governance framework
An OEM agnostic, structured framework for use case and business case
identification
An OEM agnostic, structured framework for use case and business case
identification
Strong fundamentals on AM value chain, Process physics, Additive Engineering principles, pre and post-process approaches, quality and prove-out considerations etc
An implementation timeline with realistic expectations and goal setting across the decision chain
An implementation timeline with realistic expectations and goal setting across the decision chain
structure
addwizeTM works at three streams to scale
the adoption of AM in an organization.
What is required is a structured and a systematic approach to adopt, apply and accelerate Additive Technology, which integrates all of the above influences to create the value for business and desired opportunities for academia
This is where addwizeTM by Wipro 3D comes in
What is required is a structured and a systematic approach to adopt, apply and accelerate Additive Technology, which integrates all of the above influences to create the value for business and desired opportunities for academia
This is where addwizeTM by Wipro 3D
comes in
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Why is unique?
Wipro 3D addwizeTM does not stop at mere recommendations and advice but is designed to work with organizations and academia in bringing the ‘technology’ home. The program is not just information sharing but works shoulder to shoulder with stakeholders across the organizations and with academia at different levels to share knowledge, expertise, insights, skills and learning
For businesses, addwizeTM also offers a unique blend of a technical and commercial model that allows you to ramp up your commitment and investments at the right speed and time
For academia, it prepares students with requisite technology, insights, operational knowledge and project handling skills in Metal AM
is for you if
You would like to understand Metal Additive Manufacturing and would like to drive adoption in your organization/academic institution
You would like to understand Metal Additive Manufacturing and would like to drive adoption in your organization/academic institution
If you are already evaluating Metal AM but not sure on how to proceed/minimise investment risk
If you are already evaluating Metal AM but not sure on how to proceed/minimise investment risk
You already have Metal AM as part of your future roadmap and are using it some form or shape
You already have Metal AM as part of your future roadmap and are using it some form or shape
You have already invested in the technology and using it to optimize the returns of investment
You have already invested in the technology and using it to optimize the returns of investment
The program is designed for stakeholders in Engineering, Technology, Design, R&D, Materials, Product Innovation, Strategy, Prototyping, Manufacturing, Procurement, Quality, Supply Chain and Strategic Sourcing and Academia
Entrepreneurs across these industries can benefit from this program:
usage map
Customer Adoption Stages
Curious and Evaluating

Customer Adoption Stages

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Additive Design of components at Wipro 3D is done with a value engineering mindset and a clear focus on tangible business benefits through technology intervention. Buildability, repeatability, functional performance, prove-out requirements and ”productionization” are key drivers of component design or redesign.

Technical design is counterbalanced with commercial viability and a best-fit design is selected, with complete collaboration with our customers.

Topology optimization, monolithising child parts, reduction of joints, redoing flow paths, feature alterations, or simplification of features for faster turn around times.

All options are discussed, keeping in mind lifecycle costs, and post-processing complexities. Wipro 3D’s Design offerings are offered either as a standalone service, as a part of the complete component realization solution or as part of our entire adaption services.

Simulation & Digital Validation of designs is offered as a bundled service along with Additive Engineering.

We use in-house as well as our ecosystem capabilities to offer a validation of Additive Engineering designs or design alterations, through generic or domain specific simulation knowledge and software.

In case where customers cannot share boundary conditions or input parameters, we work with customers in a federated arrangement to arrive at design validation.

ADDITIVE DEsign
Engineering

Additive Manufacturing allows customers to rethink the way they design and engineer components, as well as transform existing geometries to deliver superior functionality or performance.

Wipro 3D’s Additive Design and Engineering services are based on a deep understanding of various aspects of the technology such as the energy source and its behaviour, the feedstock and its characterization, the environment in which the interaction between the energy source and feedstock happens, metallurgy, thermal considerations, structures, heat treatment, machining and surface finishing technologies.

We thoroughly understand the deep interconnection between pre-build, build and post build strategies, to finally prove-out components that meet customers’ production and service condition needs.

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Additive Design of components at Wipro 3D is done with a value engineering mindset and a clear focus on tangible business benefits through technology intervention. Buildability, repeatability, functional performance, prove-out requirements and ”productionization” are key drivers of component design or redesign.

Technical design is counterbalanced with commercial viability and a best-fit design is selected, with complete collaboration with our customers.

Topology optimization, monolithising child parts, reduction of joints, redoing flow paths, feature alterations, or simplification of features for faster turn around times.

All options are discussed, keeping in mind lifecycle costs, and post-processing complexities. Wipro 3D’s Design offerings are offered either as a standalone service, as a part of the complete component realization solution or as part of our entire adaption services.

Simulation & Digital Validation of designs is offered as a bundled service along with Additive Engineering.

We use in-house as well as our ecosystem capabilities to offer a validation of Additive Engineering designs or design alterations, through generic or domain specific simulation knowledge and software.

In case where customers cannot share boundary conditions or input parameters, we work with customers in a federated arrangement to arrive at design validation.

Manufacturing
Services

Manufacturing
Services

Wipro 3D consultants and experts study the client context, define an adoption roadmap, jointly identify pilot and production projects, understand functional and performance expectations and discuss potential business value additions through Additive Manufacturing.

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Wipro 3D’s prototyping services typically involve contribution at the concept or design stage. However, we also do work in the typical service bureau model from time to time, to initiate and develop engagements with customers.

Even so, best practices developed by Wipro 3D are included in prototype manufacturing projects with continuous discussions to evaluate moving the production to metal Additive Manufacturing, if there is a business case.

Wipro 3D’s experience of process control, when it comes to production runs of short or mid-series, has resulted in methodology W3D manufacturing standards.

We have developed practices that offer a close cluster of results, when it comes to mechanical properties, dimensional accuracy and required feature fidelity, when pre-build, in-build and post-build process and parameters are effectively synchronized.

Customers approach Wipro 3D in very early stages of product development or new design development with the requirement of altering the product for better functional delivery.

Wipro 3D brings to bear the entire experience and range of services to realize the component with a view of running production using metal AM.

Customers approach Wipro 3D with intricate geometries, or features of an already finalized design. Realization of such projects requires Wipro 3D to engage in developing a design of experiments, and customize parameters both in build and post build to be able to achieve the requirements.

These are long drawn projects with intense involvement from Wipro 3D experts as well as customer’s specialists. In many cases, final surface management or feature finalization is done by third-party vendors, to deliver a finished project to customers.

Production level Industrial Metal AM printers, at times are delivered with standard parameter sets, that work well with pre-characterized Metal alloy powders. These powders are commonly and widely used in metal AM applications.

While Wipro 3D customizes these parameters to deliver custom properties and detail in different geometries, we are often presented with applications that require metal alloys that are quite different from these “standard” alloys. Wipro 3D carries the capability to offer process package development for new metal alloys to Metal Additive Manufacturing process. This would involve powder characterization, deposition prove-out, in build parameter development and post build parameter development to deliver a functionally proven component.

Research & Development
Services

R & D Services

We participate in our customer’s product development lifecycle, go to market plans, as well as value engineering projects, to support their business goals.

Typical requests are aimed at localization, faster time to market, improvement in functional performance, material substitution, supply chain optimization and business objectives.

Such developmental projects require technical resilience and ability, a collaborative mindset, research capabilities both in-house and in the partner ecosystem and business models that support such projects. Wipro 3D has all these attributes.

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Customers approach Wipro 3D in very early stages of product development or new design development with the requirement of altering the product for better functional delivery.

Wipro 3D brings to bear the entire experience and range of services to realize the component with a view of running production using metal AM.

Customers approach Wipro 3D with intricate geometries, or features of an already finalized design. Realization of such projects requires Wipro 3D to engage in developing a design of experiments, and customize parameters both in build and post build to be able to achieve the requirements.

These are long drawn projects with intense involvement from Wipro 3D experts as well as customer’s specialists. In many cases, final surface management or feature finalization is done by third-party vendors, to deliver a finished project to customers.

Production level Industrial Metal AM printers, at times are delivered with standard parameter sets, that work well with pre-characterized Metal alloy powders. These powders are commonly and widely used in metal AM applications.

While Wipro 3D customizes these parameters to deliver custom properties and detail in different geometries, we are often presented with applications that require metal alloys that are quite different from these “standard” alloys. Wipro 3D carries the capability to offer process package development for new metal alloys to Metal Additive Manufacturing process. This would involve powder characterization, deposition prove-out, in build parameter development and post build parameter development to deliver a functionally proven component.

Turnkey
Services

Some of our Industrial customers eventually may wish to bring the technology in-house and develop captive Metal Additive Manufacturing centres. Wipro 3D recognizes this strategic imperative.

GET IN TOUCH

WE OFFER TWO APPROACHES TO THIS REQUIREMENT :

  • A gradual ramp up right from Consulting, Additive Design upto Prototyping and Manufacturing services, finally culminating in deployment of a captive AM centre.
  • Alternatively, right from the get-go, we design, Program manage, deploy and operate the captive AM centre with the eventual aim of handing over operations to the customer.

Wipro 3D has developed it’s own state-of-the-art solution centre, based on its learnings over the last 5 years and includes the entire set of learnings in this offering.

We also offer to operate as part of our utilization services, any existing infrastructure related to metal AM with a view to improving return on investments as well as building internal capabilities.

The objective of Wipro 3D’s turnkey services, is to assist its customers in defining and systematically implementing an internally focussed Metal Additive Manufacturing Roadmap aimed at realizing the benefits of Additive Manufacturing in relevant operations.


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TOUCH

Success in adapting metal 3D printing requires a trusted partner like Wipro 3D that offers end-to-end technical expertise, intensive consulting know-how and multiple engagement models that allow you, and your company, to experience the technology before investing in it for the long-term.



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