Success in adapting metal 3D printing or AM within your enterprise requires a partner like WIPRO3D, who has end-to-end technical competence, consulting know-how, and multiple engagement models that allow an enterprise to experience, use, and benefits from the technology before making investments or taking a long-term position vis-à-vis technology.
Additive Manufacturing (AM) is reaching outer space. Private space enterprises, state-run-space organizations, and other members of the space industrial ecosystems are quickly developing new concepts and possibilities based on the vast freedom in design and engineering that Metal AM offers. While application of Metal AM for Space Applications may appear futuristic, actual components such as antennae, wave guides, brackets, thrusters, main oxidizer valves, combustion chamber liners, and propellant injectors, are either in the prototyping stage or are actually flying. Structural components, such as brackets and supports, are low-risk applications of metal AM. WIPRO3D has redesigned, developed, and proved out flight-ready components for radio frequency applications such as antennae and feed horns, as well as developed
capabilities for engine specific components with complex geometries that have undergone stringent validations by customers.
In the demanding environment of space, where every gram counts, and extreme cyclic temperature variations are critical part of considerations, while designing components, WIPRO3D has reimagined and delivered components that are not only lighter, but have resulted in improved functional performance, while increasing structural strength against vibrations, in very short "re-design to realize" lifecycles.
Apart from "native" ALSi10Mg alloy, WIPRO3D offers specific Al alloys as well as the ability to adapt new alloys, based on customer applications and business case. We have developed a robust applied domain understanding in space technology based on our own research, and in the course of our work with one of the world’s prestigious space agencies.
Our domain experts work closely with customers' engineering, research and development, manufacturing, quality, innovation, and supply chain teams to deliver applications that span prototyping, production, and aftermarket services. We offer solutions in titanium, Inconel, aluminium, and other steels, as well as custom alloys based on customers' application and business cases.
We thoroughly understand the deep interconnection between additive engineering, engineering for AM, multiple build technologies and strategies, post-processing considerations, and finally prove-out considerations that are aimed at meeting customers' production needs. WIPRO3D's proprietary Additive Thinking Framework (ATF) for part selection and adaption for AM applications enables customers to ramp up successes in their metal AM Journey. WIPRO3D Quality Management System (W3D QMS) focuses on establishing a reliable, repeatable, and predictable system of achieving required customer standards. This ensures robust solutions for you as a customer and enables you to reimagine your components.