Want to become an Additive Manufacturing Expert

A premium training course to help you master Additive Manufacturing 

Want to become a Additive Manufacturing Expert

A premium training course to help you master Additive Manufacturing 

Select the module that you would like to gain knowledge on

(Choose only the modules you need! While we offer four options, selecting all of them is not required)

Registration Ends in

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Days
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Hours
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Minutes
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Seconds

AM
Fundamentals

Showcase successful AM applications to build trust and inspire confidence.

Highlight emerging applications and growth opportunities in AM.

Demonstrate AM's ability to create complex geometries and unique designs.

Explain the strategic advantages of adopting AM in various industries.


Design for AM for LPBF technology

Present real-world examples of successful AM designs to inspire creativity and innovation.

Teach Design for Additive Manufacturing (DFAM) principles to minimize costs and production time

Teach how to optimize designs for AM to maximize efficiency and performance.

Showcase the design flexibility that AM offers compared to traditional methods.


Material and LPBF Process Parameters

Present successful applications of LPBF metal parts in industries like aerospace, automotive, and medical

Discuss factors to consider when selecting metal powders for specific applications (e.g., strength, corrosion resistance).

Educate on the unique properties and characteristics of metal powders used in LPBF.

Teach how to optimize laser parameters (power, speed, scan strategy) for different metal alloys.


Parts
Identification

Present business case studies demonstrating successful AM implementations, highlighting ROI, competitive advantages, and strategic benefits.

Educate on criteria for selecting AM for parts, including complexity, material compatibility, and volume considerations.

Provide methods for conducting cost-benefit analyses to justify AM implementation, considering factors like material savings and production efficiencies.

Discuss strategies for integrating AM into existing supply chains, including supplier qualification and logistics considerations.

Enroll for three modules and receive a fourth module free

Structured
Content

Technology and brand-agnostic

Access to AM experts

Industry
exposure

Don’t take our word for it.
listen what’s our learners are saying

“Thank you so much for a wonderful session of metal and polymer AM. Looking forward to the next session in November month.” 


“Good experience, and very informative. Explained very well by the Wipro 3D Team. Overall, I am very satisfied with this AM Foundation Course. Thank you for this opportunity given by Wipro 3D. Looking for further interactive courses which will be beneficial for us. Thank you once again.”

Aarka Laser Technologies.

Select the module that you would like to gain knowledge on

(Choose only the modules you need! While we offer four options, selecting all of them is not required)

Registration Ends in

--
Days
--
Hours
--
Minutes
--
Seconds

AM
Fundamentals

Showcase successful AM applications to build trust and inspire confidence.

Highlight emerging applications and growth opportunities in AM.

Demonstrate AM's ability to create complex geometries and unique designs.

Explain the strategic advantages of adopting AM in various industries.


Design for AM for LPBF technology

Present real-world examples of successful AM designs to inspire creativity and innovation.

Teach Design for Additive Manufacturing (DFAM) principles to minimize costs and production time

Teach how to optimize designs for AM to maximize efficiency and performance.

Showcase the design flexibility that AM offers compared to traditional methods.


Material and LPBF Process Parameters

Present successful applications of LPBF metal parts in industries like aerospace, automotive, and medical

Discuss factors to consider when selecting metal powders for specific applications (e.g., strength, corrosion resistance).

Educate on the unique properties and characteristics of metal powders used in LPBF.

Teach how to optimize laser parameters (power, speed, scan strategy) for different metal alloys.


Parts
Identification

Present business case studies demonstrating successful AM implementations, highlighting ROI, competitive advantages, and strategic benefits.

Educate on criteria for selecting AM for parts, including complexity, material compatibility, and volume considerations.

Provide methods for conducting cost-benefit analyses to justify AM implementation, considering factors like material savings and production efficiencies.

Discuss strategies for integrating AM into existing supply chains, including supplier qualification and logistics considerations.

Enroll for three modules and receive a fourth module free

About Wipro 3D Addwize Team

Wipro 3D's addwize goes beyond advice, actively partnering with organizations and academia to implement the technology. It's not just about sharing information, but about collaborating closely to exchange knowledge, expertise, and skills.

For businesses, addwize also offers a unique blend of technical, commercial & market insights that allows you to ramp up your commitment and investments at the right speed and time.

For academia, it equips students and faculties with essential AM technology, operational knowledge, and project management skills.

Ready to learn Additive Manufacturing from the expert?

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