top of page
CPX_Carb_Hand_Illustration.jpg

Surgical Video    Features & Benefits    Whitepapers    Ordering Information    Schedule a Lab

THE CPX

A non-spanning, cross-pin fixator for distal radius fractures

The CPX offers surgeons a simple and effective solution to treat non-displaced and displaced fractures of the distal radius.  

(Scroll down to learn more)

                                            

Video

The CPX is available in titanium and carbon fiber and comes sterile packaged with a tightening tool. The device is compatible with 0.062" k-wires. 

cpxtightener.jpg
Feature's

Features & Benefits:

Minimally Invasive Alternative

If you can reduce it, you can use it. 

The CPX offers a minimally invasive alternative to the plate for fractures that can be manually reduced. The device is indicated for the treatment of displaced reducible extraarticular fractures and non-displaced and displaced, reducible intraarticular fractures of the distal radius. 

slide-2-bg.jpg
xray-set2-2.jpg
xray-set2-1.jpg

Ease of Use

The CPX's intuitive design makes it simple to apply. Drive up to six 0.062" k-wires freehand (3 distal and 3 proximal) and the variable angle connectors will do the rest. Simply separate the device into two, slide the k-wires through the CPX, merge the device and tighten. 

slide-3-bg.jpg
cpx_variable.png

Great Patient Outcomes

Patients respond well to the CPX due to it's minimal invasive nature. A quick recovery and return to work and daily living is expected. Patients are encouraged to do early range of motion exercises and the device is removed in 5 to 6 weeks.

slide-4-bg.jpg
ptrom-1.jpg
ptrom-2.jpg

Clinically Proven

(Click on a whitepaper to learn more)
ssarticle_1.jpg
ssarticle_2.jpg
ssarticle_3.jpg
Whitepapers
Ordering

Ordering Information:

Part               Description: 

#8800-81K   Carbon Fiber CPX Kit (Includes CPX and Tightening Tool, Sterile Packaged)

#8800-90K   Titanium CPX Kit (Includes CPX and Tightening Tool, Sterile Packaged)

#8800-51     CPX Tightening Tool 

bottom of page