Engineering customized oxide ratios (silica, calcium, sodium, and phosphate) to tune degradation rates, bioactivity levels, and ion-release profiles for specific tissue scaffolds.
Delivering highly controlled particle size distributions—from coarse granules down to fine micro- and sub-micron powders—optimized for pastes, gels, and composite matrices.
Controlling thermal synthesis and reaction parameters to produce phase-pure $\beta$-Tricalcium Phosphate and Tetracalcium Phosphate ceramics for bioresorbable synthetic bone grafts.
Developing ready-to-use bioactive mineral blends engineered for seamless incorporation into oral care formulations, dental cements, and tissue regeneration matrices.
We work closely with your scientific team to define target parameters: bioactivity levels, mechanical strength, bioresorption rates, particle size, and regulatory constraints.
Our R&D team formulates trial batches of bioactive glass or calcium phosphate compounds, refining physical and chemical characteristics in controlled lab settings.
Batches undergo rigorous characterization—including X-Ray Diffraction (XRD), particle size analysis, and solubility testing—to ensure exact phase purity and physical consistency.
Once validated, we transition your custom formulation into scalable synthesis protocols, supplying consistent powders or granules for your R&D pilot or full commercial run.
"Glass2Med accelerated our trauma implant line. Their custom bioactive glass formulations and scalable manufacturing make them an invaluable extension of our engineering team."
"Glass2Med’s high-purity bioactive glass powders are critical to our advanced oral care line. Their technical experts perfectly optimized the particle size for our highly effective, market-ready solutions."
"Glass2Med’s custom bioceramic coatings delivered the precise biological response and reduced infection rates we needed. They truly understand both fundamental materials science and strict regulatory pathways."