Bone Pucks For Interventional Skull Phantom

Anatomical training model for ultrasound scanning technique development and operator education. Simulates human tissue characteristics.

An artificial bone putty material designed for bone defect repair and fill applications in surgical procedures.

Piloted bone trephine designed for precise bone cutting and harvesting in orthopedic and minimally invasive surgical procedures. The guided cutting mechanism ensures accurate cylindrical bone specimen extraction for grafting applications and surgical interventions.

Mineralized collagen bionic bone material designed for neurosurgical bone defect repair and regeneration. Mimics natural bone composition and structure to facilitate osseointegration and tissue regeneration. Indicated for skull base reconstruction, cranial defects, and spinal fusion applications in neurosurgery.

3D-printed anatomical models that replicate bone structure and biomechanics for surgical training and device testing. These models provide realistic haptic feedback and material properties comparable to actual bone tissue.

Injectable bioactive glass putty for spine surgical applications. Provides minimally invasive bone regeneration with gradual resorption and replacement by patient's own bone tissue.

An implantable material for neurosurgical applications to repair and reconstruct bone defects in cranial and spinal procedures. The biomimetic composition supports tissue integration and promotes bone healing.

Surgical bone drills for orthopedic procedures and implant placement. Designed for precision and control in bone tissue preparation.

Devices designed for optimal integration with bone substitutes and grafting materials. Supports biological healing while providing mechanical stability.

Patient-specific cranioplasty implants fabricated from natural hydroxyapatite and collagen for skull reconstruction and defect repair. Available in granules, dowels, and blocks with intraoperative moldability using standard neurosurgical instruments. Indicated for cranial vault restoration following trauma, tumor resection, or congenital defects.

Orthopedic bone files for shaping and smoothing bone during surgical procedures. Manufactured through precision milling and grinding with heat treatment for durability.

Specialized anatomical phantoms developed for teaching specific medical procedures and clinical techniques. These models undergo rigorous testing to ensure accuracy and effectiveness for medical education.