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ReGen Aesthetic Biotechnology Co., Ltd established in March 2009 with registered capital of 10, 000, 000 USD, is a national high and new technology enterprise integrating the R&D, production and sales of medical biomaterials.With highly-qualified staff.
Why choose us
Our Team
With highly-qualified staff, thorough quality management system and first-class facilities, the company ensures the continuous production of medical devices and drug injection products of Class III that conform to the laws and regulations of National Medical Products.
Sales Market
Exported to more than 120 countries around the world, such as:Italy, Russia, Turkey, France, Brazil, Chile, Australia, and Canada.
Our Certificates
Singclean has got 30+ CE certificates, 16 medical device registration certificates and 46 patent certificates.
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Parameter |
Description |
|
Product Name |
Hydroxyapatite Microspheres |
|
Material Composition |
Synthetic Calcium Hydroxyapatite (CaHA) |
|
Particle Size Range |
50nm - 500μm (customizable) |
|
Purity |
>98% |
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Sterility |
Gamma-irradiated or autoclave-compatible |
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Appearance |
White spherical powder or suspended particles |
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Surface Area |
High porosity options available |
Long-lasting performance. Among the microsphere products currently on the market, they can be sustained-released for up to half a year, which greatly improves patients' medication compliance by reducing the frequency of dosing.
Safety. The microspheres are slowly released at the administration site to maintain effective blood drug concentration, reduce blood drug concentration fluctuations, and reduce toxic and side effects. The polymer is a degradable excipient, which degrades into water and carbon dioxide in the body and is relatively safe.
Targeting. Microspheres can be targeted to specific tissues or organs by changing their size, shape, surface charge, or functional groups. This increases drug concentration at the site of action, reducing systemic exposure and adverse effects.
Professionalism. Microspheres have high technical barriers, high R&D costs, and long R&D cycles. In addition to solving the most basic problems of encapsulation efficiency and particle size uniformity, microsphere preparations also need to solve problems such as sterility assurance and process amplification in the production process. The depth of the technical moat can ensure that products are not easily broken by other companies and ensure technological advantages.
Potentiality. Microspheres are mainly used for peptide drugs. Compared with mature chemical drugs, peptide drugs have greater room for development and greater market potential.
Efficiency. The administration route of microspheres is injection, which bypasses the first-pass effect, improves bioavailability and reduces the dosage.
Controlled and sustained release. Microspheres can release drugs in a controlled and sustained manner according to the properties of the polymer, drug and environmental conditions. This can reduce the frequency of dosing for patients, enhance drug effects, and reduce drug side effects and toxicity.
Protect drugs. Microspheres can protect drugs from degradation, oxidation, or enzymatic hydrolysis by providing a physical barrier and a stable microenvironment. This can improve the stability and bioavailability of the drug and extend the shelf life of the formulation.
Emulsion Polymerization: This technique is widely employed for creating polymer microspheres. It involves dispersing a monomer phase in an aqueous phase to form an emulsion, which is then polymerized to produce microspheres.
Spray Drying: Often used for producing solid microspheres, this process involves atomizing a liquid solution into a heated chamber, where the solvent evaporates, leaving behind small solid particles.
Sol-Gel Process: This chemical process is primarily used for creating ceramic microspheres. It involves transitioning from a colloidal solution to a solid gel, which is then processed to form microspheres.
Bone-Like Biocompatibility
Composed of the same inorganic material found in human bones and teeth, ensuring excellent tissue acceptance and integration.
01
Multi-Domain Application
Suitable for bone graft substitutes, dental implants, facial volumizing, chromatography media, and nutrient supplementation.
02
Customizable Properties
Available in various particle sizes (nanoscale to microscale) and surface functionalization for specific use cases.
03
Stimulates Tissue Regeneration
Promotes osteoconduction, collagen production, and cellular activity for natural healing and rejuvenation.
04
Thermal and Chemical Stability
Maintains structural integrity under diverse processing and physiological conditions.
05
As one of the leading medical grade microspheres manufacturers and suppliers in China, we warmly welcome you to wholesale high quality medical grade microspheres in stock here from our factory. Contact us for free sample.
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