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PowerPICC SOLO2 Catheter with Sherlock TLS Technology 5F Maximal Barrier Tray with Microintroducer (Dual-Lumen)
Bard Access Systems, Inc.
9295108D
In Commercial Distribution
- 10801741035767 ()
- 00801741035760 ()
- Catheter Gauge: 5 French
- Length: 55 Centimeter
9295108D
- Peripherally-inserted central venous catheter
PowerPICC SOLO Catheter with Sherlock 3CG (TPS) Stylet 5F Nurse Full Tray with Microintroducer
Bard Access Systems, Inc.
1295108
In Commercial Distribution
- 10801741034593 ()
- 00801741034596 ()
- Length: 55 Centimeter
- Catheter Gauge: 5 French
1295108
- Peripherally-inserted central venous catheter
ICONIX 1 NEEDLES WITH INTELLIBRAID TECHNOLOGY, 1.4MM ANCHOR WITH 1 STRAND #2 FORCE FIBER
STRYKER CORPORATION
3910500412
In Commercial Distribution
- 37613327283458 ()
- 07613327283457 ()
- Diameter: 1.4 Millimeter
3910-500-412
- Tendon/ligament bone anchor, non-bioabsorbable
ICONIX 2 NEEDLES WITH INTELLIBRAID TECHNOLOGY, 2.3MM ANCHOR WITH 2 STRANDS #2 FORCE FIBER
STRYKER CORPORATION
3910500422
In Commercial Distribution
- 37613327283434 ()
- 07613327283433 ()
- Diameter: 2.3 Millimeter
3910-500-422
- Tendon/ligament bone anchor, non-bioabsorbable
The BARS Set is a novel tool for the closure or partial closure of lumina and wall defects in the stomach. • technology is based on the OTSC System • the two BARS Anchors are used for mobilizing tissue into the application cap • the SpaceKeeper Balloon can secure that a rest lumen maintains open • the clip closes itself and firmly anchors the tissue • constant force at the implantation site securing the therapeutic effect • made of a biocompatible material (Nitinol), can remain in the body as an implant
Ovesco Endoscopy AG
BARS Set
In Commercial Distribution
- 04260206310983 ()
- Balloon Length: 1800 Millimeter
- Balloon Diameter: 20 Millimeter
- Balloon Length: 1850 Millimeter
- Balloon Diameter: 6 Millimeter
- Guidewire Length: 3700 Millimeter
- Guidewire Diameter: 0.035 Inch
- for endoscopes with diameter of 10 - 12 mm
- for endoscopes with a working length of 1030 - 1100 mm
- for endoscopes with a working channel diameter of 3.7 mm
100.60
- Gastrointestinal endoscopic clip, long-term, non-bioabsorbable
EXPERT ACL II with augmentation - Flexible ACL II Knotless Fixator with adjustable tape and ligament augmentation tape
GM DOS REIS INDUSTRIA E COMERCIO LTDA
EXPERT ACL II with augmentation
In Commercial Distribution
- 07899258663814 ()
312-6000
- Tendon/ligament bone anchor, non-bioabsorbable
The COSY Cervicothoracic Occipital Rod-Screw is a multiple component, posterior spinal fixations system which consists of solid screws, cannulated screws, standard tulips, angulated tulips, curved rods, straight rods, hybrid rods, parallel connectors, inline connectors, occipital plates, occipital bone screws, hooks, and offset connectors.
All implants, except of variations of the rods, are available in Ti-6AL-4V ELI per ASTM F136. Rods are available in Ti-6AL-4V ELI per ASTM F136 or Co-Cr28-Mo6 per ASTM F1537. The pedicle screws consist of a tulip and a pedicle screw shaft. The shaft has a
prominent thread, to provide anchorage of the screw in the pedicle section of the vertebrae. Each tulip is securely attached to the rod via a set screw. The shafts of the pedicle screws are provided in different lengths, diameters, fully or partially threaded, and with a symmetric or asymmetric angulation to provided adaptability to the patient’s anatomy. The rods can be shortened on site by the surgeon. The occipital plate is available with four or five holes and areas to be bent for better fixation to the occipital part of the skull. The plate is fixed via bone screws and as two gliding tulips to provided anchoring of the rod. The gliding tulips are constructed similar to the tulips of the pedicle screws in the area of the rod- set screw -tulip intersection.
SIGNUS Medizintechnik GmbH
Screw with tulip, angled, polyaxial
In Commercial Distribution
- 04047844110072 ()
- Ø4,0x32mm
CA3121-40032
- Spinal bone screw, non-bioabsorbable
The COSY Cervicothoracic Occipital Rod-Screw is a multiple component, posterior spinal fixations system which consists of solid screws, cannulated screws, standard tulips, angulated tulips, curved rods, straight rods, hybrid rods, parallel connectors, inline connectors, occipital plates, occipital bone screws, hooks, and offset connectors.
All implants, except of variations of the rods, are available in Ti-6AL-4V ELI per ASTM F136. Rods are available in Ti-6AL-4V ELI per ASTM F136 or Co-Cr28-Mo6 per ASTM F1537. The pedicle screws consist of a tulip and a pedicle screw shaft. The shaft has a
prominent thread, to provide anchorage of the screw in the pedicle section of the vertebrae. Each tulip is securely attached to the rod via a set screw. The shafts of the pedicle screws are provided in different lengths, diameters, fully or partially threaded, and with a symmetric or asymmetric angulation to provided adaptability to the patient’s anatomy. The rods can be shortened on site by the surgeon. The occipital plate is available with four or five holes and areas to be bent for better fixation to the occipital part of the skull. The plate is fixed via bone screws and as two gliding tulips to provided anchoring of the rod. The gliding tulips are constructed similar to the tulips of the pedicle screws in the area of the rod- set screw -tulip intersection.
SIGNUS Medizintechnik GmbH
Screw with tulip, angled, polyaxial
In Commercial Distribution
- 04047844110065 ()
- Ø4,0x30mm
CA3121-40030
- Spinal bone screw, non-bioabsorbable
The COSY Cervicothoracic Occipital Rod-Screw is a multiple component, posterior spinal fixations system which consists of solid screws, cannulated screws, standard tulips, angulated tulips, curved rods, straight rods, hybrid rods, parallel connectors, inline connectors, occipital plates, occipital bone screws, hooks, and offset connectors.
All implants, except of variations of the rods, are available in Ti-6AL-4V ELI per ASTM F136. Rods are available in Ti-6AL-4V ELI per ASTM F136 or Co-Cr28-Mo6 per ASTM F1537. The pedicle screws consist of a tulip and a pedicle screw shaft. The shaft has a
prominent thread, to provide anchorage of the screw in the pedicle section of the vertebrae. Each tulip is securely attached to the rod via a set screw. The shafts of the pedicle screws are provided in different lengths, diameters, fully or partially threaded, and with a symmetric or asymmetric angulation to provided adaptability to the patient’s anatomy. The rods can be shortened on site by the surgeon. The occipital plate is available with four or five holes and areas to be bent for better fixation to the occipital part of the skull. The plate is fixed via bone screws and as two gliding tulips to provided anchoring of the rod. The gliding tulips are constructed similar to the tulips of the pedicle screws in the area of the rod- set screw -tulip intersection.
SIGNUS Medizintechnik GmbH
Screw with tulip, angled, polyaxial
In Commercial Distribution
- 04047844110058 ()
- Ø4,0x28mm
CA3121-40028
- Spinal bone screw, non-bioabsorbable
The COSY Cervicothoracic Occipital Rod-Screw is a multiple component, posterior spinal fixations system which consists of solid screws, cannulated screws, standard tulips, angulated tulips, curved rods, straight rods, hybrid rods, parallel connectors, inline connectors, occipital plates, occipital bone screws, hooks, and offset connectors.
All implants, except of variations of the rods, are available in Ti-6AL-4V ELI per ASTM F136. Rods are available in Ti-6AL-4V ELI per ASTM F136 or Co-Cr28-Mo6 per ASTM F1537. The pedicle screws consist of a tulip and a pedicle screw shaft. The shaft has a
prominent thread, to provide anchorage of the screw in the pedicle section of the vertebrae. Each tulip is securely attached to the rod via a set screw. The shafts of the pedicle screws are provided in different lengths, diameters, fully or partially threaded, and with a symmetric or asymmetric angulation to provided adaptability to the patient’s anatomy. The rods can be shortened on site by the surgeon. The occipital plate is available with four or five holes and areas to be bent for better fixation to the occipital part of the skull. The plate is fixed via bone screws and as two gliding tulips to provided anchoring of the rod. The gliding tulips are constructed similar to the tulips of the pedicle screws in the area of the rod- set screw -tulip intersection.
SIGNUS Medizintechnik GmbH
Screw with tulip, angled, polyaxial
In Commercial Distribution
- 04047844110041 ()
- Ø4,0x26mm
CA3121-40026
- Spinal bone screw, non-bioabsorbable