PREMIA SPINE LTD

Home/Brands/PREMIA SPINE LTD

PREMIA SPINE LTD

Main Filters

PREMIA SPINE LTD

PREMIA SPINE LTD
CATALOG #	QTY	PRICE	DESCRIPTION
82563	0	-	VersaLink Rod No Offset, 0°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
82564	0	-	VersaLink Rod No Offset, 0°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
82573	0	-	VersaLink Rod Posterior Offset, 15°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
82621	0	-	VersaLink™ Rod Anterior Offset 0°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
82666	0	-	VersaLink™ Rod Anterior Offset 0°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86161	0	-	VersaLink™ Rod Anterior Offset 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86162	0	-	VersaLink™ Rod Anterior Offset 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86163	0	-	VersaLink™ Rod Anterior Offset 15°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86164	0	-	VersaLink™ Rod Anterior Offset 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86165	0	-	VersaLink™ Rod Anterior Offset 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86166	0	-	VersaLink™ Rod Anterior Offset 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
86639	0	-
86640	0	-
87177	0	-	VersaLink Rod No Offset, 0°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87178	0	-	VersaLink Rod No Offset, 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87179	0	-	VersaLink Rod No Offset, 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87180	0	-	VersaLink Rod No Offset, 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87181	0	-	VersaLink Rod No Offset, 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87182	0	-	VersaLink Rod No Offset, 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87520	0	-	VersaLink™ Rod Anterior Offset 0°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87521	0	-	VersaLink™ Rod Anterior Offset 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87522	0	-	VersaLink™ Rod Anterior Offset 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87523	0	-	VersaLink™ Rod Anterior Offset 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87524	0	-	VersaLink™ Rod Anterior Offset 15°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87525	0	-	VersaLink™ Rod Anterior Offset 15°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87526	0	-	VersaLink™ Rod Anterior Offset 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87527	0	-	VersaLink™ Rod Anterior Offset 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87528	0	-	VersaLink™ Rod Anterior Offset 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87534	0	-	VersaLink Rod Posterior Offset, 0°, 45 mmThe VersaLinkTM Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87535	0	-	VersaLink Rod Posterior Offset, 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87536	0	-	VersaLink Rod Posterior Offset, 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87537	0	-	VersaLink Rod Posterior Offset, 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87538	0	-	VersaLink Rod Posterior Offset, 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87539	0	-	VersaLink Rod Posterior Offset, 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87540	0	-	VersaLink Rod Posterior Offset, 15°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87541	0	-	VersaLink Rod Posterior Offset, 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87542	0	-	VersaLink Rod Posterior Offset, 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87543	0	-	VersaLink Rod Posterior Offset, 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87544	0	-	VersaLink Rod Posterior Offset, 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87545	0	-	VersaLink Rod Posterior Offset, 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87546	0	-	VersaLink Rod Posterior Offset, 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87555	0	-	VersaLink Rod No Offset, 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87556	0	-	VersaLink Rod No Offset, 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87557	0	-	VersaLink Rod No Offset, 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87558	0	-	VersaLink Rod No Offset, 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87559	0	-	VersaLink Rod No Offset, 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87560	0	-	VersaLink Rod No Offset, 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87979	0	-	VersaLink™ Rod Anterior Offset 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87980	0	-	VersaLink Rod No Offset, 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.
87981	0	-	VersaLink Rod Posterior Offset, 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

444 Results

Results Per Page

Catalog #

AvailableQty

Starting At

Name

Company Name

Description

86640

Tap Ø 6.5 for Pendulum Adaptor

PREMIA SPINE LTD

86639

Tap Ø 5.5 for Pendulum Adaptor

PREMIA SPINE LTD

87980

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87981

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87979

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 120 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87523

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86162

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87522

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86161

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87521

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

82666

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

82621

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87520

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 0°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87539

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87538

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87537

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87536

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87535

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87534

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 0°, 45 mmThe VersaLinkTM Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87182

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87181

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87180

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87179

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87178

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

82564

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

82563

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87177

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 0°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86166

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87528

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86165

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87527

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86164

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87526

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

86163

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87525

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87524

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink™ Rod Anterior Offset 15°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87546

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87545

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87544

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87543

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87542

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87541

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

82573

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87540

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod Posterior Offset, 15°, 45 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87560

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87559

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 85 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87558

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 80 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87557

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 75 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87556

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 70 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

87555

VersaLink™ Fixation System

PREMIA SPINE LTD

VersaLink Rod No Offset, 15°, 65 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.