LuxCreo, a global innovator in personalized medical and dental devices, announced that it has received a strategic investment from Angelalign Technology Inc., a leading provider of clear aligner solutions.
This investment will establish a global partnership between the two companies to jointly develop next-generation, high-performance 3D printing materials for clear aligner treatments.
The collaboration aims to accelerate innovation and clinical application of direct 3D printing technology in orthodontics while building the future digital dental ecosystem. As digital technology transforms the dental industry, direct 3D printing is becoming an increasingly core technology.
It not only reduces manufacturing steps and manual labor, but also significantly shortens production cycles. With new material breakthroughs and process improvements, 3D-printed aligners are expected to achieve further improvements in precision, mechanical properties, and biocompatibility, expanding the possibilities for complex cases and personalized treatments.
This collaboration will combine LuxCreo’s expertise in direct 3D printing and its proprietary ActiveMemory smart material, leveraging both companies’ strengths in material development, treatment design, and clinical applications.
The investment funds will be primarily used for new material research and development, intelligent platform iteration, and ecosystem expansion. By accumulating extensive clinical data and robust evidence, the collaboration aims to improve treatment efficiency and reliability, laying the foundation for broader clinical adoption.
Leveraging LuxCreo’s technological breakthroughs in smart materials and direct 3D printing, this collaboration is redefining the design and delivery of aligners.
The innovative ActiveMemory material provides sustained, gentle, and predictable force, helping to shorten overall treatment time.
This technology enables variable thickness, regional elasticity, and microstructure customization, enabling clinicians to create highly personalized treatment plans and address complex tooth movement issues with greater precision.
This technology also reduces reliance on traditional attachments, improving patient comfort, aesthetics, and convenience during treatment.
