Hybrid Photosynthesis & TruLayer™
Eliminates the tradeoffs between print fidelity and print throughput.
Axtra Solutions™ & Open Access
Customer freedom.
Fully dialed solutions with
open access.
Industry Leading Material Partners
Fully dialed solutions from
9 partners. Same MSRP.
FREEDOM
FOR EVERY NEED
Axtra Solutions are fully optimized, turnkey 3D printing solutions. Customers receive complete print profiles fine-tuned for maximum performance and reliability, supported by Axtra3D’s Applications team and quality material partners. They represent an identified, unified solution to take the guess work out of 3D print profiles, and we are always adding new ones – just take a look below to see what we currently have covered within this system.
While our Axtra Solutions span across industries and applications, we also have an Open System model that allows users to explore materials on their own. This model further builds upon the existing Axtra Solutions and allows customers to ability to experiment outside the existing portfolio. It supports innovation and adaptability, enabling added flexibility for your lab.
Axtra3D extends additive manufacturing into tooling, enabling manufacturers to produce precision molds for concept validation, prototyping, and low-volume production. With dozens of systems installed, the Lumia.X1 supports four molding processes: traditional injection molding, low-pressure molding, micro-molding at high temperatures, and specialized silicone molding. This gives manufacturers a faster, more flexible path from design to molded parts, reducing dependence on conventional tooling for early-stage and short-run production.
Axtra3D helps aerospace and defense manufacturers address complex geometries, demanding tolerances, and specialized component requirements. Hi-Speed SLA combines fine feature resolution, dimensional accuracy, and high throughput to accelerate design validation and functional prototyping. This supports faster development cycles and enables the production of specialized parts where precision, repeatability, and lead time directly affect program execution. Ceramic cores and RF antennas are prime examples
Axtra3D helps consumer product companies shorten development cycles and bring differentiated designs to market faster. Hi-Speed SLA produces intricate geometries, refined surface finishes, and functional parts for rapid design iteration, product validation, and low-volume production. Manufacturers can evaluate more design options, reduce delays between iterations, and produce complex parts and tackle bridge manufacturing without committing to conventional tooling too early.
Axtra3D enables medical manufacturers to produce detailed anatomical models and precision components for device development. Hi-Speed SLA combines fine feature resolution, dimensional accuracy, consistent part quality, and compatible medical-grade materials to support clinical planning, design validation, and specialized low-volume manufacturing. This helps teams evaluate complex designs earlier and advance device development with greater control over part geometry and quality.
Axtra3D helps service bureaus and advanced manufacturing centers increase productive capacity and improve the economics of photopolymer production. The Lumia.X1 combines high throughput, fine detail, surface quality, rapid material changes, and support for production-grade materials. These capabilities help providers replace aging SLA equipment, reduce turnaround times, improve machine utilization, and expand into higher-value end-use applications while supporting continuous production
