Product
HA Powder
Spherical hydroxyapatite powders engineered for medical aesthetics and implant coatings
Highly controlled hydroxyapatite (HA) powders that deliver predictable performance, biocompatibility, and consistency in aesthetic and implant-related applications.
Global leader in Hydroxyapatite coating powders
CAM Bioceramics is a global leader in supplying Hydroxyapatite (HA) Coating Powders, with a legacy of innovation dating back to the 1980s. Our groundbreaking work contributed to the worldwide adoption of HA coatings, which have since been applied to millions of implants. Drawing on decades of expertise and advanced production techniques, we tailor our coating powders to deliver optimal performance for a variety of applications.
High-Quality powders ensuring superior performance
Our extensive range of coating powders is designed to produce stable and robust coatings. These powders are composed of rounded particles created through spray drying, ensuring exceptional purity and consistency. Specifically developed for plasma coating applications, the synthetic HA material boasts excellent flowability, resulting in smooth, highly adhesive coatings. These qualities enhance the speed and strength of osteointegration, ensuring superior implant performance.
Hydroxyapatite for medical devices
Medical aesthetic products and implant coatings require calcium-based materials that are biocompatible, consistent in morphology, and reproducible at scale. Variability in particle size, shape, or purity can directly impact product performance, safety, and regulatory outcomes.
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HA Coating Powders
HA Coating Powders
Hydroxyapatite powders for implant coatings are engineered to promote strong bone–implant integration and long-term stability. Their biocompatible calcium phosphate composition supports osseointegration, while controlled purity and consistency ensure reliable coating performance across medical implant applications.
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Dense Hydroxyapatite
Large Soft Tissue Fillers
Spherical Hydroxyapatite (HA) powder with a particle size range of 75–125 µm resulting in uniform, high-density particles with a low specific surface area. The controlled spherical morphology supports predictable flow, packing, and processing behavior across advanced manufacturing processes.
This powder is designed for applications where consistency, injectability, and material stability are critical. Its defined particle characteristics enable reliable blending with carrier systems and support precise material deposition.
Applications
Injectable formulations for soft tissue augmentation
Calcium phosphate-based composite materials
Additive manufacturing and 3D printing of bioactive structures
Binder jetting and powder-based 3D printing processes
Research and development in hydroxyapatite-based biomaterials
Dense Hydroxyapatite
Small Soft Tissue Fillers
These spherical, high-purity hydroxyapatite (HA) particles are produced via spray drying and feature a narrow particle size distribution of 25–45 µm for dermal fillers and 15-25 µm for skinboosters. Their high density and low specific surface area support controlled handling and injection, making them well suited for precise soft tissue filler applications.
Calcium hydroxyapatite (CaHA) is a bioactive ceramic that closely mimics the mineral component of natural bone. In medical aesthetic applications, CaHA is valued for its biocompatibility, stability, and predictable in-vivo behavior, supporting safe and reliable use in injectable soft tissue treatments.
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