Application
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Spherical and dense calcium hydroxyapatite for biostimulator fillers and skinboosters
Hydroxyapatite is a trusted material in the aesthetics industry, widely used as an injectable dermal filler to smooth facial wrinkles and restore a more youthful appearance. These advanced fillers consist of hydroxyapatite particles suspended in a gel, forming a biodegradable cosmetic solution that delivers both immediate and lasting results.
While the filler naturally degrades over time, its effects remain long-lasting compared to other options. Additionally, hydroxyapatite goes beyond filling wrinkles—it actively stimulates the production of the body’s own collagen at the injection site, enhancing skin elasticity and volume over time. This dual-action mechanism makes hydroxyapatite an exceptionally effective and efficient choice for soft tissue augmentation.
Experience the benefits of hydroxyapatite in aesthetics—a proven solution for natural-looking, long-lasting results.
Supports biostimulation rather than passive volume replacement
Enables formulations that combine short-term visual results with longer-term skin rejuvenation
Suitable for both dermal fillers and skin booster concepts
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Why material choice matters
Calcium hydroxyapatite is chemically similar to the mineral component of human bone. In soft tissue applications, this similarity supports a favorable biological response.
Well-defined CaHA particles can stimulate fibroblasts, supporting the natural production of collagen and elastin. This makes material selection a key factor in achieving not just volume correction, but also gradual improvement in skin quality.
Key challenges in CaHA-based aesthetics
Developing reliable CaHA-based fillers requires tight control over material properties:
Particle size distribution: typically 25–45 µm to balance injectability, tissue integration, and longevity
Particle morphology: highly spherical and dense particles to ensure smooth injection and predictable handling
Batch consistency: essential for reproducible performance across large-scale production
Purity and biocompatibility: critical for safe use in aesthetic applications
CAM Bioceramics supplies high-purity, spherical, and dense calcium hydroxyapatite particles specifically engineered for aesthetic applications. Our CaHA materials are designed to support end products that focus on:
Immediate aesthetic correction through controlled volumizatio
Progressive improvement in skin texture and firmness over time
Predictable degradation behavior aligned with biostimulator concepts
The result is a material foundation that enables aesthetic treatments aimed at more than filling alone.
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The material features a particle size range of 25–45 µm and consists of spherical, dense particles designed to support smooth injectability. It is produced with a purity of more than 95% calcium hydroxyapatite and manufactured under ISO 13485–certified quality systems. The material is suitable for scaling from clinical development to commercial production and is supplied with full batch traceability and comprehensive supporting quality documentation.
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Compared to purely volumizing fillers, CaHA-based biostimulators provide a dual-mode approach that combines structural support with a biological response. The material is gradually resorbed rather than rapidly cleared, enabling a more sustained effect. As a result, these formulations emphasize improvement in skin quality over time, rather than focusing solely on immediate aesthetic correction. CAM Bioceramics differentiates itself through precise control over particle engineering, delivering consistent, reliable, and customizable materials at the core of aesthetic product development.
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The solution is based on spherical, dense calcium hydroxyapatite particles specifically engineered for aesthetic applications. The particle size is optimized for use in biostimulator fillers and skin boosters, ensuring consistent handling and performance. High material purity and reliable batch-to-batch consistency support reproducible product quality. The material is designed to support collagen and elastin production and is suitable for scalable, regulated development of aesthetic injectable products.
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