
Pioneering biomedical innovation in Australia
At Fluxbio, we're at the forefront of R&D research in medical science, proudly based in Sydney, Australia. We specialise in advanced polymer liquid 3D printing, supplying cutting-edge dental resins, and solutions for bone, skin, spinal, and other medical applications, alongside innovative polymer coatings. Our commitment is to modern science, developing and supplying the best solutions for tomorrow's healthcare.
Our specialised solutions
We offer a range of specialised R&D solutions tailored to advance biomedical applications. Our approach is focused on understanding the complex needs of modern medicine, providing effective and practical innovations developed through rigorous scientific research.
Advanced dental resins
Our R&D delivers superior dental resins for 3D printing, enabling precise, durable, and biocompatible solutions for crowns, bridges, and orthodontic applications. We ensure optimal performance and patient safety.
Bone & spinal solutions
We develop advanced polymeric materials for bone and spinal applications, focusing on biocompatibility, strength, and osteointegration to support regenerative therapies and implant technologies.
Skin & tissue scaffolds
Fluxbio's R&D extends to innovative polymers for skin and soft tissue regeneration, developing scaffolds that promote cellular growth and integration for wound healing and reconstructive procedures.
Precision polymer coatings
Our expertise includes developing high-performance polymer coatings to enhance the biocompatibility, durability, and functionality of medical devices, ensuring optimal patient outcomes.
"Fluxbio's groundbreaking research in polymer 3D printing has revolutionised our projects, delivering unparalleled precision and efficiency. A truly visionary partner in biomedical innovation."
Dr. Evelyn Reed, Head of Medical Device Development

Connect with us
Level 1, 123 Innovation Drive
Sydney, NSW 2000
Australia
Opening hours
Mon - Fri: 9am - 5pm AEST
Saturday: By appointment
Sunday: Closed
Contact
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