From sketch to shipment every Osteocare product is the result of careful engineering, rigorous testing, and collaboration with practicing orthopaedic surgeons. Discover what goes into our manufacturing.
At Osteocare, research and innovation sit at the core of everything we do. Our team of experienced engineers and medical device specialists uses modern scientific methods and cutting-edge technology to design arthroscopic implants, instruments, and techniques that genuinely improve patient outcomes.
We invest heavily in R&D to stay ahead of the industry constantly refining our processes, materials, and product lines to increase efficiency, safety, and clinical effectiveness. From advanced imaging tools to novel surgical techniques, we’re committed to applying the latest research to elevate arthroscopic care.
Our innovations like the EcoButton™ Flex hybrid loop and the OsteoBraid™ LoopLock Tape reflect this commitment to pushing boundaries.
The principles that shape how we build products, serve surgeons, and grow as a team.
We collaborate directly with surgeons to design instruments that match real-world clinical needs. Advanced CAD, prototyping, and simulation tools refine every detail before a single unit is machined.
Medical-grade PEEK, titanium, UHMWPE, and bio-composites each material chosen for its specific strength, durability, and biocompatibility profile.
State-of-the-art CNC machining, laser welding, and assembly all performed in cleanroom-grade facilities to maintain surgical-grade tolerances.
Every instrument is subjected to multi-stage testing dimensional, functional, and biological ensuring it meets both our internal standards and ISO 13485 regulatory requirements.
Products are sterilized (EO or gamma where applicable) and packaged under controlled conditions, with full traceability from raw material to OR.
Our team supports surgeons beyond delivery with training, technical support, and fast turnaround on queries. Quality care doesn't stop at shipment.
Every material we use is selected for specific biomechanical, biological, and clinical properties.
Strong, biocompatible thermoplastic used in suture anchors and interference screws for exceptional durability.
Premium titanium alloy used in high-load fixation anchors and buttons. Proven long-term biocompatibility.
Ultra-high molecular weight polyethylene the gold standard for surgical sutures and fixation loops.
Bioresorbable composite used in BioTwin interference screws gradually replaced by natural bone tissue.
Inspection Rate
Every unit, every batch
Inspection Rate
Every unit, every batch
QC Checkpoints
Per product line
Years of Data
Full traceability
Every metric, every batch measured, documented, and verified.
Independently verified quality, compliant with domestic and international medical device regulations.
Medical devices Quality Management Systems
European Union Medical Device Regulation
Central Drugs Standard Control Organisation
US Food and Drug Administration
A breakthrough in ACL fixation combining the strength of a fixed loop with the precision of micro-adjustability. Available in 15, 20, and 25mm loop sizes, each reducible up to 5mm when cinched.
Our proprietary UHMWPE tape system engineered for rotator cuff, syndesmosis, and soft tissue repair. The LoopLock design distributes load evenly across a broader footprint, reducing suture pull-through risk.