3D Thursdays Webinar Series from Wipro 3D

Additive manufacturing is evolving fast, and simulation is the driving force behind it. This session covers how advanced simulation enables faster and more informed design-to-manufacturing workflows.

Gain valuable insights on how simulation-driven insights help improve part performance, reduce build failures, and minimize material waste, along with how integrated digital workflows can close the gap between design and production readiness.

Material selection plays an important role in advancing additive manufacturing across aerospace, oil and gas, and mobility. In this video, we will discuss newly developed alloys designed specifically for additive manufacturing as well as conventional materials adapted for AM environments, including high-strength aluminium alloys and stainless steels such as martensitic, duplex, and super duplex. 

Explore how cold spray technology has expanded from surface coating into Cold Spray Additive Manufacturing (CSAM), a high-rate, solid-state additive manufacturing process used for rapid near-net-shape fabrication. The session will cover CSAM process basics, application areas, and the opportunities and challenges involved in adopting CSAM.

Master the complexities of airworthiness certification for metal 3D printed parts in military air systems. This session will focus on how airworthiness approval is achieved for metal additively manufactured parts used in defence aircraft. It will cover regulatory expectations, qualification routes, and practical approaches followed to meet safety, reliability, and operational requirements in military air systems.

Discover how Additive Manufacturing is transforming aerospace structures by addressing key challenges, showcasing its structural performance advantages, and highlighting the emerging opportunities that are shaping the future of aerospace components.

Gain valuable insights into the essential design requirements, qualification standards, and practical factors that contribute to the successful implementation of AM in aerospace structures.

Polymer 3D Printing is empowering industries to create high-quality prototypes, validate designs, and manufacture precise parts with greater accuracy and efficiency. We will explore how filament-based technologies (FFF/FDM) are transforming sectors such as aerospace, automotive, healthcare, education, and consumer products through real-world success stories that demonstrate more efficient, cost-effective, and sustainable manufacturing for the industries of tomorrow.