Target Market Determination as of 13th March 2024 — Read more

Delving into Osteopore's journey as a burgeoning force in Australian MedTech, this report highlights its transformative role in regenerative medicine. Noteworthy amidst challenges, Osteopore marks a milestone with over 100,000 implants globally with ~80% achieved between 2019-2023, signifying a remarkable stride in product adoption. — Read more

During a discussion with Prisila, Correspondent for Asia Business Outlook Magazine, Lim Jing expressed his thoughts on the effects of the COVID-19 pandemic on the medical device sector and the anticipated repercussions. — Read more

Bone specialist Osteopore (ASX:OSX) has signed a Memorandum of Understanding (MOU) with China-based medical device innovation accelerator InnoVentures to commercialise Osteopore’s orthopaedic products in China. — Read more

In an article published by the University of Cambridge in 2021, Singapore’s medical technology industry witnessed substantial growth in the past two decades, which could be categorised into four main phases: “Sowing the Seeds”, “Attracting Talents”, “Industrial Alignment”, and “Continued Growth”. — Read more

Target Market Determination as of 10th March 2023 — Read more

Osteopore will acquire multiple medical distribution businesses that are currently responsible for ~40%-45% of its total sales globally in a move to become cash flow positive and profitable faster. — Read more

Revenue increased 6.6 per cent over Q2 CY22 as Osteopore achieves a record revenue of $S460,684 for Q3 CY22, resulting in the fourth consecutive quarter of revenue growth, and a 164 per cent increase over the previous year’s revenue for Q3 CY21. — Read more

Osteopore received US$360,000 in non-dilutive grant funding from the Government of Chile’s Scientific and Technological Development Support Fund (FONDEF) which provided US$225k, and the University of Chile which provided US$135k toward developing a novel 3D-printable implant that accelerates bone regeneration. — Read more

Osteopore’s products will be incorporated into the Australian Prostheses List in November, providing access to private health insurance holders. — Read more

Three-dimensional printing technology paves the way for healing of bones and tissues. Thanks to new 3D printing technology like the one developed by Osteopore, also known as bioprinting, doctors can now make safe and time-effective implants that suit the patients' requirements. — Read more

Hosted by Laurence Fishburn — Read more

While a medical device company creates a 3D printed implant for a young man struggling with a concave chest, a doctor uses 3D printing to visualise and strategise for an upcoming complex surgery. — Read more

Osteopore delivered strong sales growth and gross margin in Q4, and the lifting of pandemic restrictions will provide the company with strong tailwinds ahead. — Read more

Osteopore (ASX:OSX) has been green lit by Hong Kong’s Medical Device Control System (MDACS), offering the bone healing specialist the perfect staging ground into Greater China. — Read more

In a major new development, bone healing company Osteopore (ASX:OSX) has been granted a patent in China for its ‘smart’ 3D biometric scaffolds. — Read more

Medical technology company Singular Health has partnered with innovative Australian scientific research agency CSIRO, on a project that is looking to develop an artificial intelligence-based tool to automatically design replacement “cranial implants” for 3D printing. The company has also entered into a collaboration with ASX-listed Osteopore to validate results of the project. — Read more

Medical technology company Osteopore (ASX: OSX) says the “robust capital position” it ended the June quarter in will enable it to take advantage of an expected increase in elective surgeries. — Read more

A recent article published in the Advance Science magazine discussed research by Monash University that uncovered a new technique to alter the shape of individual stem cells, which could potentially speed up recovery times for bone replacements. — Read more