Staple Fixation System - Stryker
Staple Fixation System - Stryker
Staple Fixation System - Stryker
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Introduction<br />
When the stapling of bones, ligaments,<br />
tendons or soft tissue is part of an<br />
operative procedure, then the new<br />
advanced <strong>Staple</strong> Instrumentation<br />
<strong>System</strong> combined with a complete<br />
family of <strong>Fixation</strong> <strong>Staple</strong>s offers<br />
clear-cut advantages.<br />
Implants<br />
Instruments<br />
The <strong>Stryker</strong> <strong>Staple</strong> <strong>System</strong> consists of<br />
eight different <strong>Staple</strong> designs. They<br />
differ in their function and indication.<br />
The Ellison Arched Bridge <strong>Staple</strong>s are<br />
designed to reduce the risk of the<br />
staple backing out of the bone and to<br />
reattaching tubular soft tissue to bone.<br />
The Ellison Flat <strong>Staple</strong>s are used to<br />
attach bone to bone.<br />
The Ellison removable Soft Tissue<br />
Retainer can be used with the flat<br />
<strong>Staple</strong> for soft tissue reattachment.<br />
All Ellison <strong>Staple</strong>s are barbed on all<br />
four sides of the legs for enhanced<br />
fixation and protection against back<br />
out.<br />
Depalma <strong>Staple</strong> – same indication as<br />
the Ellison Arched Bridge <strong>Staple</strong> but<br />
without barbed legs.<br />
The Blount Epiphyseal <strong>Staple</strong>s are<br />
applicable for epiphyseal applications<br />
in children and adolescents. The<br />
reinforced corners reduce unwanted<br />
staple bending and allow accurate<br />
staple driving.<br />
Stepped <strong>Staple</strong>s provide the most<br />
comprehensive approach to bone<br />
fixation following high tibial<br />
osteotomies. These staples are available<br />
in three offset steps (5, 10 and 15mm)<br />
The Kremser <strong>Staple</strong> for HTO can be<br />
locked with a standard 4.5mm self<br />
tapping cortical screw through a<br />
special locking hole in the distal leg.<br />
Fracture <strong>Staple</strong>s have slightly tapered<br />
legs. This feature creates compression<br />
when the staples are driven in bone.<br />
Wire <strong>Staple</strong>s are indicated for fragment<br />
fixation, particularly in small<br />
fragments and where inter-fragmental<br />
screw fixation is not possible.<br />
All staples are manufactured from<br />
Vitallium alloy, fully conforming to the<br />
requirements set by ASTM F799/ISO<br />
5832 standards.<br />
The upgraded instrumentation system<br />
features a unique universal staple<br />
inserter for accurate staple impaction<br />
into bone. The special<br />
holding/tightening mechanism enables<br />
secure gripping of the staples and<br />
allows easy exchange of the three<br />
different clamping jaws.<br />
The system also includes a universal<br />
rod to connect the final impactor,<br />
extraction spoon and a extraction hook<br />
together with a slotted hammer. A<br />
swivel drill guide for pre-drilling<br />
cortical bone is available as an optional<br />
item. All instruments are stored in a<br />
plastic sterilization case together with a<br />
tray for staples. The tray with preformed<br />
inserts holds a variety of<br />
<strong>Staple</strong>s for easy intra-operative<br />
selection.<br />
3