CAM Bioceramics B.V.

How does CaHA particle design influence collagen and elastin production? Discover the biological evidence behind our Calcium Hydroxyapatite (CaHA) particle properties for dermal filler applications. Book a session with our scientists.

Discover the biological evidence behind our Calcium Hydroxyapatite (CaHA) particle properties for dermal filler applications. Book a session with our experts to explore how our engineered particle drives fibroblast activation and matrix regeneration.

Material consistency is essential to achieve precise and repeatable outcomes across additive manufacturing technologies. Hydroxyapatite powders designed for 3D printing must deliver predictable material behavior and consistent deposition to support reliable processing. At CAM Bioceramics, tight control over particle size distribution, phase purity, and particle morphology ensures consistent material performance and minimizes batch-to-batch variability. This level of process control enables innovators in additive manufacturing to develop reproducible biomaterial compositions for next-generation orthopedic applications. Explore how our materials support different additive manufacturing techniques at cambioceramics.com.

In orthopedic joint replacement, applications demand materials engineered for osseointegration to support reliable performance across hip, knee, and extremity reconstruction. Hydroxyapatite coating powders are designed to support initial fixation and bone attachment, helping enable durable, long-term performance. Behind these materials are advanced manufacturing processes that ensure consistent quality, batch-to-batch reproducibility, and scalable supply of calcium-phosphate materials for orthopedic OEM programs. Discover more about our bioceramics and orthopedic applications at cambioceramics.com.

Built on decades of ceramic and calcium phosphate engineering expertise, CAM Bioceramics supports spine applications where materials must perform under continuous load while enabling bone formation. Calcium phosphate biomaterials provide an osteoconductive scaffold that supports bone ingrowth and, depending on the composition, can gradually resorb during the natural remodeling process. This is critical in applications such as spinal fusion, bone graft substitutes, and the treatment of bone defects and voids, where both mechanical performance and biological function are required. As an ISO 13485–certified manufacturer, CAM Bioceramics provides OEM partners with comprehensive documentation, and regulatory support—from early development through submission—helping streamline compliance with global regulatory requirements. Discover how our materials support your spine applications at cambioceramics.com.

In orthopedic trauma, successful fracture management requires biomaterials that support rapid bone repair and work alongside fixation systems used in acute injuries. To enable this, CAM Bioceraimcs develops calcium-phosphate materials used in bone-repair systems that provide controlled setting behavior and help stabilize bone defects during the early stages of healing. The development of these materials is supported by our deep expertise in ceramics, biomaterials, and material engineering—allowing us to work closely with customers from early development through commercialization of advanced trauma solutions. Explore how our materials support trauma applications at cambioceramics.com.