Creed Screws

Three Unique Cutting Flutes

Precision Cutting

The three aggressive cutting flutes of the screw tip are designed to deliver maximum compression¹ with minimum torque. Superior cutting geometry delivers optimal bone chip displacement, reduces insertion force, and requires no predrilling.²

1.Data on file.
2.For Ø7.4mm screw minimized predrilling recommended.

Reverse-Cutting Design
Expedites screw extraction

Forward-Cutting Design
Accelerates screw head countersinking

Ti Core with
Anti-rotation hex provides a strong and stable construct

Torx Interface
Expedites screw extraction

Self-Drilling
Tip Design
Streamlines screw insertion

Self-Tapping
Tip Design
Streamlines screw insertion

Titanium Reverse-Cutting Feature
Facilitates removal of screw

Type III
Anodized
Titanium

PEEK
Overmold

Titanium
Core

The lower titanium load, which is reinforced by a PEEK (polyetheretherketone) overmold, provides clear bone visibility during plain radiography as well as less scatter with advanced imaging techniques. Improved visualization enables the clinician to interpret bone healing with greater confi dence leading to faster advancement of recovery protocols.

Titanium
reverse
cutting
feature

Type III
Anodized
Titanium

Largest Screw Cannulation

With the largest cannulation and k-wire diameter per screw size on the market, Creed screws are easily inserted using low torque. The larger k-wire, combined with “Stinger Tip” technology, results in a more precise screw insertion trajectory.

Stinger Tip

Headed

Headless

Ø Screw Size
Ø2.5mm

Ø Screw Cannulation
Ø1.4mm

Ø K-wire Size
Ø1.3mm

Ø Screw Size
Ø4.3mm

Ø Screw Cannulation
Ø2.15mm

Ø K-wire Size
Ø2.0mm

Ø Screw Size
Ø5.6mm

Ø Screw Cannulation
Ø2.9mm

Ø K-wire Size
Ø2.8mm

Ø Screw Size
Ø7.4mm

Ø Screw Cannulation
Ø3.3mm

Ø K-wire Size
Ø3.2mm

Explore our 3D model

Ortholucent

The patented³ combination of thin-walled titanium, reinforced with a PEEK overmold, provides significant clinical benefits over traditional metal implants by drastically improving the visualization of bones and joint spaces. This novel hybrid material combination provides clear bone visibility during plain radiography as well as less scatter with advanced imaging techniques.

3. Patent US11253304B2.