HIRS Kit
HIRS
The Humeral Intracondylar Repair System (HIRS) was designed to optimise healing and minimise complications for cases of HIF and humeral condylar fractures. The screw is titanium alloy, self-tapping, headless, and self-compressing.
The drill-bit is designed to simultaneously drill a hole of varying diameter, simplifying the procedure and creating a void around the central section that is packed with DBM putty.
Temporarily unavailable
HIRS
The Humeral Intracondylar Repair System (HIRS) was designed to optimise healing and minimise complications for cases of HIF and humeral condylar fractures. The screw is titanium alloy, self-tapping, headless, and self-compressing.
The drill-bit is designed to simultaneously drill a hole of varying diameter, simplifying the procedure and creating a void around the central section that is packed with DBM putty.
Temporarily unavailable
HIRS
The Humeral Intracondylar Repair System (HIRS) was designed to optimise healing and minimise complications for cases of HIF and humeral condylar fractures. The screw is titanium alloy, self-tapping, headless, and self-compressing.
The drill-bit is designed to simultaneously drill a hole of varying diameter, simplifying the procedure and creating a void around the central section that is packed with DBM putty.
Temporarily unavailable
HIRS
The Humeral Intracondylar Repair System (HIRS) was designed to optimise healing and minimise complications for cases of HIF and humeral condylar fractures. The screw is titanium alloy, self-tapping, headless, and self-compressing.
The drill-bit is designed to simultaneously drill a hole of varying diameter, simplifying the procedure and creating a void around the central section that is packed with DBM putty.
Temporarily unavailable
HIRS
The Humeral Intracondylar Repair System (HIRS) was designed to optimise healing and minimise complications for cases of HIF and humeral condylar fractures. The screw is titanium alloy, self-tapping, headless, and self-compressing.
The drill-bit is designed to simultaneously drill a hole of varying diameter, simplifying the procedure and creating a void around the central section that is packed with DBM putty.
Temporarily unavailable





