ENGINEERED FOR STRENGTH WHERE EVERY MILLIMETER MATTERS
NON-RESORBABLE TITANIUM ANCHOR OR BUTTON
BUTTON OR 2 ANCHOR SOLUTION
1-2 SUTURE SIZE CONFIGURATIONS
RESTRICTED ANCHOR SIDE BY SIDE PLACEMENT
RISK FOR MICROMOTION
SUPRA PERFORMANCE -
Jersey finger repair (Fdp)
BIORESORBABLE IMPLANT
1 IMPLANT SOLUTION
10 SUTURE SIZE CONFIGURATIONS
FREEDOM OF IMPLANT PLACEMENT
AUGMENTATION PREVENTS MICROMOTION
* Based on internal pull-out testing in 20PCF Sawbone of the 1.6 SF Push-in Anchor compared with publicly available benchmark data for a comparable suture anchor tested in 30PCF Sawbone. Test conditions differ.
** Based on internal 510(k) bench testing against a comparable barbed anchor under identical test conditions.
SUPRAFUSION REPAIR
1.6 SF PUSH-IN ANCHOR
SAFE
BIORESORBABLE IMPLANT
Amorphous Polylactide (PLDLLA) implant that fully resorbs over time, while preserving functional stability.
SMALL
50% SMALLER BONE FOOTPRINT
Implant fuses into a 1.2mm pilot hole augmenting and strengthening the bone.
FREEDOM OF IMPLANT PLACEMENT
Implants can be placed next to each other for best anatomical fit and optimal surgical technique.
STRONG
2X HIGHER PULL-OUT STRENGTH*
One implant can do the job of two, in respective of fixation in cancellous or cortical bone.
5X HIGHER CYCLIC STRENGTH**
Bone augmentation prevents any micromotion even under extreme cyclic loading conditions.
SMART
10 SUTURE SIZE CONFIGURATIONS
Broad suture choice: single-loaded usp 4-0 to 0 and double-loaded usp 4-0 to 2-0 for optimal and patient-specific surgical technique.
5X FASTER IMPLANT INSERTION
Fast ultrasonic insertion within seconds providing immediate fixation.
VERSATILITY ACROSS INDICATIONS
Full spectrum anchor portfolio covering distal extremities indications.
BUILT FOR REAL SURGICAL PERFORMANCE
redefining surgical performance
redefining surgical performance
LESS TRAUMA AND HIGHER STRENGTH
LESS TRAUMA AND HIGHER STRENGTH
SupraFusion anchors come in multiple
sizes optimized for:
Hand & Wrist
Foot & Ankle
Shoulder
Elbow
Knee
FIXATION THAT ADAPTS
TO THE BONE