Project Description
High V+® Spinal Cement System
High viscosity spinal bone cement with mixing & injection system
HighV+® Spinal Cement System is a kit which includes high viscosity bone cement and a mixing and injection system specifically designed to withstand high pressure.
PRODUCT
HighV+® Spinal Cement System is an assembly of 3 devices:
- HighV+® Radiopaque Bone Cement
- HighV+® Mixing System
- HighV+® Injection System
HighV+® bone cement is intended for use in palliative percutaneous cementoplasty procedures such as vertebroplasty or kyphoplasty.
For the USA market, fenestrated screw manufacturers can apply for FDA clearance for their screws in conjunction with HighV+®.
HighV+ Radiopaque Bone Cement:
Thanks to its high viscosity HighV+® bone cement is ready to be injected immediately after the transfer into the injection syringe.
HighV+ Mixing System:
• Transparent system allowing the user to see the mixing process.
• Closed sytem, the user is never in contact with the cement.
HighV+ Injection System:
The High Viscosity Injection System is a hydraulic injector, to be filled with sterile water*
• The hydraulic injector is the only way to have enough pressure to delivery the HighV+® bone cement.
• All the volume of the bone cement within the syringe can be injected.
• A long hydraulic line is provided to reduce exposition to x-rays.
*Sterile water not included
HighV+® can be associated with Teknimed vertebroplasty needles.
References
| Designation |
Reference |
| HighV+® Spinal Cement System (Bone cement & Delivery system) |
T040321K |
Bibliography
Meiyong Wang1,2 and Qunhua Jin3*, High-viscosity bone cement for vertebral compression fractures: a prospective study on intravertebral diffusion and leakage of bone cement, BMC Musculoskeletal Disorders (2020) 21:589, https://doi.org/10.1186/s12891-020-03613-7
Dan Bu1 , Xuejun He2, Comparison of different approaches of percutaneous vertebroplasty in the treatment of osteoporotic spinal compression fractures and analysis of influencing factors of re-fracture, Pak J Med Sci January – February 2023 Vol. 39 No. 1, doi: https://doi.org/10.12669/pjms.39.1.7069
