Particle3D ― We Print Bone™
Particle3D is the developer of a patented 3D printing technology to produce natural, patient specific, and resorbable bone implants that remodel into real living bone.
In short: We Print Bone™.
We use our award-winning technology to develop revolutionary bone implants, including implants that are designed to deliver additives such as pharmaceuticals and growth factors with wide ranging benefits for patients.
Our expertise in medical 3D printing is further used to provide a research product line of natural bone environments wherein disease mechanisms can be studied and new treatments can be tested ― the P3D Scaffolds.
The technology is widely applicable and has the potential to be used with many materials and in a wide range of industries beyond the medical field.
Our Products and Services
Our porous, 3D printed scaffolds allow researchers to perform their in vitro experiments in a physiologically relevant context. The P3D Scaffolds yield predictive models of human biology by establishing physiological cell-cell and cell-extracellular matrix interactions. Thereby, we aim to help researchers accelerate the development of new drugs and useful disease models and reduce costs.
Particle3D is developing P3D Bone PSI; a Patient Specific Implant that remodels into real living bone. Made from pure, 3D printed tricalcium phosphate, the individualized implant delivers a natural bone porosity and tailored morphology. The result is a more natural implant in terms of both material, shape, and structure that enables a full restoration of the functionality and appearance of facial bones.
Particle3D’s unique technology enables you to create complex, 3D printed ceramics with internal pores and channels. The technology can be used with many materials and in many industries (e.g. aerospace, automotive, agriculture & chemical). Particle3D offers IP licenses and expertise to help players across a broad range of sectors manufacture complex porous structures.
Particle3D is founded on the invention Feedstock for 3D Printing and Uses Thereof and studies commenced in 2015 by the three founders: Casper Slots, Martin Bonde Jensen, and Morten Østergaard Andersen.
Their specific goal was to create a 3D printed implant solution for replacing destroyed or surgically removed bones — a solution far better than existing practices in terms of customization, precision, and healing.
Bone reconstruction is a surgery performed millions of times each year, from congenital bone defects to victims of accidents, and sufferers of diseases like cancer. Today, these patients receive a harvested bone piece or live with titanium in their body for the rest of their lives.
Particle3D has developed a novel technology to reconstruct the patient’s exact anatomy with 3D printed, patient specific implants with natural bone porosity. The implants are made from natural biomaterials which degrade over time and remodel into real living bone tissue.
Our implants can be designed to deliver additives, including growth factors, antibiotics, and chemotherapy, which can be released over a controlled period of time. These eluting properties open new options for treatment of bone defects.
Natural and Patient Specific
At Particle3D, we are working to make bone replacements more accurate, effective, and safe.
We want to allow surgeons to provide bone implants that precisely match patient needs and streamline workflows, thereby improving patient outcomes and procedural efficiency while reducing costs.
For patients this entails low risk of adverse effects, optimal functional and aesthetic outcomes, and fast recovery.
Latest News from Particle3D
Particle3D initiates implementation of the Quality Management System for the P3D Bone implant December 11th, 2020, Particle3D’s executive management signed the first fundamental procedures of the Quality Management System which will lay the foundation for the market...read more
New research article: Treating mouse skull defects with 3D-printed fatty acid and tricalcium phosphate implants
The performance of 3D printed bone implants in a mouse model of craniectomy The performance of P3D Bone as a novel form of individualized ceramic bone implants and controlled release drug depots has been investigated in previous studies (Jensen et al., 2018; Slots et...read more
Tumoroids yield good research models for cancer research and screening of anticancer therapies In the study of cancer, tumoroids (tumor-like organoids) represent a promising tool for cost-effective research and screening of anticancer therapies. What are...read more