Hydroxyapatite is the major component, and an essential ingredient, of normal bone and teeth. The osseointegration of an implant can be accelerated by a hydroxyapatite coating. The ingrowth process time of the HA-coated prosthesis is identical to the healing process of a bone fracture. Medicoat of

Our premium quality high purity* medical grade calcium hydroxyapatite (CaHA) is manufactured in the United States in a state-of-the-art facility. Merz Biomaterials has been a manufacturer of hydroxyapatite for over ten years. Merz manufactured hydroxyapatite is distributed globally to multiple indus

The mastery of the synthesis, atomization and calcination processes makes it possible to obtain a perfectly spherical powder, of high crystallinity, with all the physical and chemical characteristics in compliance with the international standards (ASTM F1185, ISO13779). MedicalGroup develops powders

The AGILON® modular shoulder system offers the surgeon great flexibility via an extensive range of modular components and has been designed for reconstruction following 3-fragment to 4-fragment fracture of the humeral head as well as arthritic scenarios. It is possible to change from the anatomic re

The AGILON® modular shoulder system offers the surgeon great flexibility via an extensive range of modular components and has been designed for arthritic scenarios as well as reconstruction following 3-fragment to 4-fragment fracture of the humeral head. It is possible to change from the anatomic re

The ECOFIT® total hip system includes a complete variety of cementless and cemented hip stems for primary arthroplasty. Both standard offset stems and lateralised offset stems are available in cementless fixation or cemented options. The choice of the implant material for any given mode of fixation

Himed’s MATRIX HA® uses raw hydroxyapatite (HA, or HAp) powder of exceptionally high purity to coat titanium dental implants and medical devices. Our MC Type HA is manufactured on site and consistently exceeds the compositional requirements for surgical implants established by ASTM F1185. Medical

Dense HA – Large Soft Tissue Fillers Spherical Hydroxyapatite (HA) granules sized between 75 and 125 µm are produced using high-shear granulation. Their high density and low specific surface area make them excellent soft tissue fillers, suitable for mixing with gels and injecting under the skin to s

The AIDA® short stem is designed to provide metaphyseal-only cementless anchorage within the spongiosa of the proximal femur. It is proximally supported at the calcar as well as laterally via the distal tip. Axial and rotational stability also arise from the tapered and trapezoidal cross-sectional g

In addition to the primary hip stems the ECOFIT® hip system also offers the option of a short stem system. Both standard offset short stems and lateralised offset short stems are available as a cementless fixation option. The modular instrument platform provides the flexibility to intraoperatively

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 boast

In order to minimise the micro movement that can cause polyethylene (PE) wear at the metal shell - PE liner interface, a special locking mechanism has been developed. This allows the use of a BIOLOX® delta ceramic insert or a PE insert with the same cup design. The PE inserts are sterilised with eth

We manufacture the hydroxyapatite (HA) powders we use during our plasma spray processes in-house. Osprovit® HA powder is our standard HA powder we have been using since 1992. On request we can develop HA powders according to our customers’ specifications

Synthetic millimetric spherical hydroxyapatite granules for medical devices.

A synthetic nano-hydroxyapatite aqueous suspension for medical devices.

A synthetic micro-hydroxyapatite powder ingredient for cosmetic applications.

A synthetic nanostructured micro-hydroxyapatite powder for medical devices.

β-TCP Compound Powder Our β-TCP Compound Powder is created through spray drying, resulting in particle sizes primarily ranging from 20 to 60 µm. Its highly porous surface makes it ideal for processing with polymers, particularly in the production of medical implant composites such as bone screws, in

Applications Binder jetting, SLA, DLP, LDM… Characteristics Conform standards: ASTM F1185 and F1088 Grains morphology: irregular or spherical shape Particles size: <15µm, <25µm, <32µm, +5-25µm Advantages Free of nanoparticles Specific surface area: close to 1m2/g

HAP/TCP abrasives. What is it about? Medicoat has developed an resorbable calcium phosphate based abrasive (HAP/TCP) with dense and hard grain size. Applications Blasting of dental implants, cleaning of 3D printed parts. Properties Complies with standards: ASTM F1185 and F1088 Composition : Pure b

LithaBone HA 480 makes the production of patient-specific, ceramic implants with extremely improved wall thicknesses and therefore more geometric flexibility a reality.

The product page mentions the following standard numbers: - NF ISO 5832-3 - NF ISO 13799-2 - NF ISO 13799-3 - NF ISO 13799-4 - NF ISO 5832-9 - NF ISO 6474-1

The HAC CERAFIT CUP product page mentions the following standards: - NF ISO 5832-3 - NF ISO 13799-2 - NF ISO 13799-3 - NF ISO 13799-4 - NF ISO 6474-1 - NF ISO 5834-2 These standards pertain to materials and specifications relevant to the product.

The product page mentions several standards and specifications: - **Materials**: - Titanium Alloy TiAl6V4: NF ISO 5832-3 - Hydroxyapatite coating (HAC): NF ISO 13799-2, 3, 4 - Stainless Steel: NF ISO 5832-9 - Pure alumina ceramic: NF ISO 6474-1 - **Design Features**: - Low-profile design