IMEX Titanium ESF Connecting Rod
405.050EX
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
405.250
6.3 mm x 250 mm
IMEX Titanium ESF Connecting Rod - 6.3 mm x 250 mm
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
Product #:
405.250
405.050
6.3 mm x 50 mm
IMEX Titanium ESF Connecting Rod - 6.3 mm x 50 mm
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
Product #:
405.050
405.100
6.3 mm x 100 mm
IMEX Titanium ESF Connecting Rod - 6.3 mm x 100 mm
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
Product #:
405.100
405.150
6.3 mm x 150 mm
IMEX Titanium ESF Connecting Rod - 6.3 mm x 150 mm
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
Product #:
405.150
405.200
6.3 mm x 200 mm
IMEX Titanium ESF Connecting Rod - 6.3 mm x 200 mm
The 6.3 mm diameter, titanium connecting rods work with the small SK ESF clamps and offer added strength compared to carbon fiber rods when using the upper pin diameter range and pushing the small SK ESF frame limits.
Additional Product Information6.3 mm titanium rods for the small SK device are significantly stronger than 6.3 mm carbon fiber rods and are provided to allow upside mechanical potential when using the small SK device with larger patients, in particular with patients requiring medium pins or limited frame geometry. Titanium bars can be contoured with difficulty using a pair of hand chucks or plate bending irons, but are difficult to cut.
Product #:
405.200