3D printing services bureau CRP USA announces its participation in the highly anticipated XPONENTIAL AUVSI 2025, taking place in Houston, May 19-22, with a focus on autonomy across various sectors.
As an exhibitor, CRP USA will be located at booth 2038, showcasing a selection of cutting-edge 3D printed parts manufactured using the Selective Laser Sintering process and Windform composites.
These materials, each with unique properties tailored for specific applications, are engineered to meet the demanding needs of the autonomy, aerospace, and Unmanned Aircraft Systems (UAS) sectors.
Xponential AUVSI 2025 is the premier event for professionals in the autonomy field, drawing thousands of industry leaders, innovators, and technology enthusiasts from around the world. This dynamic platform offers a unique opportunity for attendees to explore the latest trends and technologies driving the future of autonomous systems. It’s a must-attend for anyone eager to stay ahead in the rapidly evolving world of autonomous solutions.
At booth 2038, CRP USA will highlight its expertise in 3D printing and the unrivaled capabilities of Windform SLS materials. Known for their exceptional strength, versatility, and thermal stability, Windform materials have been trusted by leading companies in aerospace, UAS, and other industries to produce lightweight, high-performance, flight- and space-ready components. Windform composites are the material of choice for applications requiring precision, reliability, and innovative functionality.
Selective Laser Sintering allows the production of highly complex, optimized parts that would be prohibitively expensive or unfeasible using traditional methods. Windform composites enable the creation of parts that meet the exacting demands of aerospace and autonomous systems. Examples of such parts include support drums, flaps with built-in reflective stoppers, bodies of thermal devices, and drums with integrated magnets for encoder feedback.
AM technologies have also made significant strides in the creation of structural components for next-generation space parts. CRP USA has been a key partner in space applications, including the development of CubeSat and SmallSat structures, earning recognition from leading space engineering organizations.
These components demonstrate the freedom and functional integration made possible by AM, resulting in highly efficient, lightweight, and durable parts. Windform materials allow for the integration of complex features, reducing assembly time, improving performance, and maintaining strength and reliability.
The value of Windform composites is confirmed by CRP USA’s leadership. Vu Mai, Senior Director of Sales at CRP USA, stated, “With over ten years of experience in 3D printing, we've created ultra-light yet robust parts using Windform composites’ exceptional strength-to-weight ratio. These materials allow us to integrate complex features such as threaded holes, hinges, and cable routing directly into components, reducing assembly time and boosting overall efficiency.”
Many clients who previously evaluated other materials, such as PEEK, encountered difficulties due to poor resolution or bonding issues. Windform has successfully met their needs, providing reliable solutions for these challenging requirements.
Additionally, some Windform composites have shown excellent thermal stability and dimensional precision during vacuum tests, while also avoiding cold welding—a critical risk with metal parts in space. These composites also enable the safe integration of non-conductive components, opening up new possibilities in various engineering fields.
Chris Brewster, CEO of CRP USA, emphasized the materials’ capabilities: “Windform composites resist thermal stress and vacuum exposure, making them ideal for high-performance environments. By eliminating the need for bearings and coatings, we’ve helped clients streamline production processes and reduce component weight without compromising on strength.”
Visitors to CRP USA's booth will have the opportunity to see how 3D printing with Windform materials is revolutionizing design and manufacturing processes for autonomous systems. Our team will be on hand to discuss how our advanced 3D printing services can bring innovations to life, from conceptualization to production, with unmatched speed and accuracy.
Brewster also shared, “Our 3D printing capabilities accelerate the design-to-hardware cycle, enabling the creation of complex parts and empowering engineering innovation. Customers can now achieve highly sophisticated payloads while advancing their expertise in advanced materials and manufacturing.”
If you're attending Xponential AUVSI 2025, be sure to visit CRP USA’s booth 2038 to see how Windform composites are shaping the future of autonomy. Discover how our advanced 3D printing capabilities can provide the solutions you need to stay ahead in this cutting-edge field.
We look forward to seeing you there!
