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Wipro 3D

Additive Manufacturing for Aerospace and Defence

Delivering lightweight, high-strength and complex metal parts for mission-critical environments. Wipro 3D supports aerospace and defence programs with certified metal additive manufacturing solutions tailored for speed, precision and performance.

Additive Manufacturing for <span>Aerospace and Defence</span>

Additive Manufacturing in the Aerospace, Space and Defence Sector

Driven by precision, speed and mission readiness

Additive manufacturing is transforming the aerospace, space and defence industries by enabling the production of complex, lightweight, and high-performance components. Wipro 3D facilitates rapid prototyping, serial production, customized parts, and on-demand manufacturing, reducing development time and cost while enhancing design flexibility and operational capabilities.

Additive Manufacturing in the <span>Aerospace, Space and Defence Sector</span>

Where Wipro 3D Adds Value

Aerospace
Aerospace
  • Empowering OEMs and Tier-1s with high-quality parts like Inner Rings, High Pressure Compressor Stators, Nozzle Guide Vanes, Fuel Nozzles and Flame Tubes.
  • Enabling lightweight design through topology optimization for better performance and fuel efficiency.
  • Driving part consolidation to improve structural efficiency and reduce assembly complexity.
Space
Space
  • Reducing weight and complexity in launch, orbital and payload systems with precision metal AM.
  • Enabling complex parts like thrust chambers, injector heads, nozzles, exhaust casings, and RF antennas with quick turnaround.
  • Expanding design freedom and promoting sustainable manufacturing with minimal waste.
Defence
Defence
  • Ensuring mission readiness with certified AM workflows for durable parts.
  • Supporting indigenization with reverse-engineered spares to boost supply chain resilience.
  • Delivering durable, high-strength components with cost-effective low-volume production.

Case Studies

Antenna Integrated Helix Feed
Aerospace

Antenna Integrated Helix Feed

The ‘Antenna Integrated Helix Feed’ is part of
a transmitter system, which is used to amplify
RF signals. Typically, helical geometries are
used to carry RF waves and an electron beam. 

Antenna Integrated Helix Feed
North West Feed Cluster 2x2
space

North West Feed Cluster 2x2

The component is an RF Feed Antenna that has been deployed on the GSAT-19, a communications satellite aboard India’s biggest ever launcher, the GSLV (Geosynchronous Satellite Launch Vehicle).

North West Feed Cluster 2x2
Bracket
Aerospace

Bracket

Complex Inconel housing optimized for EMI shielding and weight.

Bracket
High Pressure Compressor Stator
Aerospace

High Pressure Compressor Stator

The Stator converts kinetic energy into static pressure through diffusion and redirects the flow direction of the fuel, preparing it for the rotor in the next stage.

High Pressure Compressor Stator
LPFT Straightener
space

LPFT Straightener

The LPFT Straightener is part of a liquid propellant fuel pump system in a semi-cryogenic engine. The semi-cryogenic engine uses a combination of liquid oxygen (LOX) and refined kerosene (Isrosene) as propellants.

LPFT Straightener
Closed Impeller
space

Closed Impeller

The component is a closed impeller that is being developed for a semi-cryogenic engine. The semi-cryogenic engine is being developed by a customer for a strategic initiative.

Closed Impeller
Receiver & Transmitter Antennae
defence

Receiver & Transmitter Antennae

The Receiver & Transmitter Antennae are new products to be deployed on strategic weapons platforms and are used to transmit mission-critical signals for defence directives.

Receiver & Transmitter Antennae
STFE Starting Nozzle
defence

STFE Starting Nozzle

The Starting Nozzle is a critical component of the Turbo Fan Engine. The engine has wide-ranging applications and is one of the initial set of Additively Manufactured components that is being integrated into the overall manufacturing plan of the Turbo Fan engine.

STFE Starting Nozzle
Sensor Housing
defence

Sensor Housing

The Sensor Housing is a critical component of a fighter jet response system with intricate design features such as a 0.7 mm wall thickness and 1.2 mm inner channel diameter.

Sensor Housing

Quality Certifications

  • End-to-end support for product qualification, including in-house testing.
  • Nadcap & API 20S: Standards for quality, reliability and precision.
  • ISO 9001, ISO 27001, and EN/AS9100 compliance across industries.
  • Secure handling of proprietary data with secure digital workflows.
  • Traceable production logs for regulatory and engineering confidence.

ZigZag

NADCAP Accredited

ZigZag

ISO 9001 : 2015

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EN 9100: 2018

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API 20S Compliance

ZigZag

ISO 27001

Why Wipro 3D?

Proven Expertise
Proven Expertise

Delivered certified components to leading customers 

Engineering-Led
Engineering-Led

Weight Reduction, Part Consolidation, Complex geometry

Certified Production
Certified Production

Precision-engineered quality compliance

Trusted Execution
Trusted Execution

From design to full-scale delivery and support

Ready to Start Your Aerospace, Space and Defence Additive Manufacturing Journey?

We help organizations streamline aerospace and defence production with lightweight, qualified and secure additive manufacturing solutions.

Talk to Our Experts
Ready to Start Your Aerospace, Space and Defence Additive Manufacturing Journey?