#USA #3D Printing #Boulder #Manifest Technologies #Parallax VAM

Manifest Technologies Introduces Groundbreaking Parallax VAM Evaluation Kit

In a remarkable unveiling at RAPID 2025, Manifest Technologies, previously known as Vitro3D, introduced the world's first Parallax Volumetric Additive Manufacturing (P-VAM) evaluation kit. This groundbreaking technology, emanating from the University of Colorado's McLeod Lab for Optics and Materials Science, represents a significant evolution in additive manufacturing. The P-VAM kit provides engineers and research and development teams with an opportunity to explore this innovatory method of production that promises to change the way objects are created.

What is Parallax VAM?

The Parallax VAM technology represents a drastic shift from the traditional additive manufacturing methods that rely on the layer-by-layer approach. With P-VAM, solid parts are instantaneously formed by using precisely controlled light beams to cure liquid resin in three dimensions, marking a departure from the limitations imposed by previous technologies. Camila Uzcategui, CEO and co-founder of Manifest Technologies, stated, "We founded Manifest to fundamentally reimagine additive manufacturing—moving beyond layer-by-layer printing to instant, multidimensional formation of solid parts using precisely controlled beams of light."

Key Features of the P-VAM Evaluation Kit

The introduction of the P-VAM evaluation kit showcases four key advantages that position it as a revolutionary solution for manufacturers:
1. Rapid, Layerless 3D Fabrication: P-VAM allows for the simultaneous curing of liquid resin in three dimensions, effectively eliminating the need for layers and support structures. This results in intricate, fully solid parts being produced 10 to 100 times faster than conventional additive methods, paving the way for scalable mass customization.
2. Unmatched Design Freedom: The technology facilitates the creation of complex geometries, enabling the seamless embedding of electronics or other objects directly into the fabricated parts. Each component's resolution can be exceptionally tailored, offering vast design flexibility.
3. Wide Material Compatibility: Adopting an open platform approach enables users to experiment with various transparent photopolymer resins, including those with high viscosity, allowing them to fine-tune materials for specialized applications.
4. Production-Line Ready: The compact, modular design integrates perfectly into existing manufacturing environments, eliminating the bulkiness, which is often associated with traditional print farms. Thus, P-VAM allows for continuous, on-demand production.

Experience P-VAM Live

Participants at RAPID 2025 have a unique chance to experience the potential of this technology firsthand at Manifest’s booth (#3443). Attendees can witness live demonstrations, inspect actual parts produced using the P-VAM technology, and engage with the team to explore various potential applications and early adopter opportunities.

Join the Evaluation Program

Manifest Technologies is actively seeking to engage mechanical engineers and industrial R&D teams to join its evaluation program. Early adopters will have the opportunity to significantly influence the upcoming trajectory and commercial possibilities of this transformative technology. Those interested in learning more about early adopter opportunities or strategic partnerships are encouraged to visit the Manifest booth at RAPID 2025 or to reach out directly to their team.

About Manifest Technologies

Manifest Technologies stands at the forefront of redefining additive manufacturing. Its groundbreaking P-VAM technology enables the instant formation of solid parts using precision-controlled multidimensional light. By eliminating layers and support constraints typical of traditional 3D printing, Manifest empowers manufacturers to pursue ambitious designs, seamlessly integrate electronics, and realize ongoing additive production. Headquartered in Boulder, Colorado, Manifest Technologies continues to accelerate the innovation process, transforming bold ideas into reality. For more information, visit www.manifest.tech.

Conclusion

The launch of the Parallax VAM evaluation kit signifies a new chapter in the additive manufacturing industry. By addressing the limitations inherent to traditional methods, this technology opens up a world of possibilities for engineers and manufacturers alike. As it finds its footing in the market, the positive impacts of this innovation could resonate across various sectors, ultimately enhancing the efficiency and creativity of product development.