Other products from "TOBY ORTHOPAEDICS"
No Primary DI Version or Model Catalog Number Device Description Product Code Product Code Name Device Class Brand Name
1 00816101017843 NA TO-27-T10-BLS-32 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 32mm
2 00816101017904 NA TO-DRI-10P Drivers are of various tips and handle geometry and are made of stainless steel Drivers are of various tips and handle geometry and are made of stainless steel that is heat treated and passivated. Driver assembly handles are made from machined Radel. HXX Screwdriver 1 T10 Driver, w/ Quick Connect
3 00816101017959 NA TO-WOLF-LP-35-SC Caddies are assemblies of various layouts that hold screws and post of various l Caddies are assemblies of various layouts that hold screws and post of various lengths and types. The base is of machined Polypropylene, and lids of Smoked Radel. FSM Tray, Surgical, Instrument 1 WOLF 3.5mm Low Profile Screw Caddy
4 00816101017737 NA TO-27-T10-BLS-10 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 10mm
5 00816101017690 NA TO-27-T10-CLS-28 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the bone. The screws are 2.7mm in diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Cortical Locking Screw, 28mm
6 00816101017539 NA TO-35-T10-CLS-24 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Locking Screw, 24mm
7 00816101017492 NA TO-35-T10-CLS-16 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Locking Screw, 16mm
8 00816101017454 NA TO-35-T10-CS-34 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 34mm
9 00816101017416 NA TO-35-T10-CS-26 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 26mm
10 00816101017348 NA TO-35-T10-CS-12 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 12mm
11 00816101017300 NA TO-52-CP-40 Titanium alloy posts are used to affix the proximal end of the plate to the prox Titanium alloy posts are used to affix the proximal end of the plate to the proximal end of the humerus. With the aid of fixtures, the posts have the ability to have cross elements inserted perpendicular to the axis of the cortical thread of the post. The head of the post is a threaded locking configuration that accepts an expansion cap screw. The posts are 5.25mm in diameter and are available in 5 lengths ranging from 30mm to 50mm. They are cannulated i.e a K-wire can pass through the post longitudinally. HWC Screw, Fixation, Bone 2 5.2mm Cannulated Post, 40mm
12 00816101013548 NA TO-PHP-R120 The shoulder plates are made of titanium alloy and are designed in right and lef The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips. HRS Plate, Fixation, Bone 2 PANTERA PLATE, RIGHT, 120mm
13 00816101012954 NA TO-WOLF-ST Sterilization Tray for WOLF Implants and Screw Caddy/Caddies. LRP Tray, Surgical 1 WOLF® Plate Sterilization Tray
14 00816101012008 NA TO-LBP-252 The long bone plates are made of titanium alloy, are provided in standard and lo The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses. HRS Plate, Fixation, Bone 2 WOLF Plate, 252mm, 19 Hole
15 00816101011179 NA TO-DB20-110 Drill Bits are of various diameters and lengths, and are made of Stainless Steel Drill Bits are of various diameters and lengths, and are made of Stainless Steel, heat-treated and passivated. Some drill bits have laser marked scales to show depth of drill. HTW Bit, Drill 1 2.0mm Drill Bit X 110mm
16 00816101010486 NA TO-35-CS-32 The titanium alloy cortical screws are used to affix the plate to the humerus. T The titanium alloy cortical screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Screw, 32mm
17 00816101010400 NA TO-PH-LSDG-28 Guides are stainless steel parts of various designs that allow various drill dia Guides are stainless steel parts of various designs that allow various drill diameters. Some guides are laser weld assemblies with a handle, and others are threaded to screw into plates. FZX Guide, Surgical, Instrument 1 Locking Screw Drill Guide, 28mm
18 00816101010370 NA TO-FIX-CEGS Guides are stainless steel parts of various designs that allow various drill dia Guides are stainless steel parts of various designs that allow various drill diameters. Some guides are laser weld assemblies with a handle, and others are threaded to screw into plates. GCZ Retainer, Surgical 1 Cross Element Guide Sleeve
19 00816101010202 NA TO-52-P-35 Titanium alloy posts are used to affix the proximal end of the plate to the prox Titanium alloy posts are used to affix the proximal end of the plate to the proximal end of the humerus. With the aid of fixtures, the posts have the ability to have cross elements inserted perpendicular to the axis of the cortical thread of the post. The head of the post is a threaded locking configuration that accepts an expansion cap screw. The posts are 5.25mm in diameter and are available in 5 lengths ranging from 30mm to 50mm. HWC Screw, Fixation, Bone 2 5.2mm Post, 35mm
20 00816101010189 NA TO-20-CE-30 Titanium alloy cross elements are designed to provide additional support to the Titanium alloy cross elements are designed to provide additional support to the humeral head by entering the posts perpendicular to the axis of the cortical thread of the posts. HWC Screw, Fixation, Bone 2 2.0mm Cross Element, 30mm
21 00816101010172 NA TO-20-CE-25 Titanium alloy cross elements are designed to provide additional support to the Titanium alloy cross elements are designed to provide additional support to the humeral head by entering the posts perpendicular to the axis of the cortical thread of the posts. HWC Screw, Fixation, Bone 2 2.0mm Cross Element, 25mm
22 00816101010158 NA TO-35-CS-30 The titanium alloy cortical screws are used to affix the plate to the humerus. T The titanium alloy cortical screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Screw, 30mm
23 00816101010035 NA TO-35-CLS-24 The titanium alloy cortical locking screws are used to affix the plate to the hu The titanium alloy cortical locking screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Locking Screw, 24mm
24 00816101017836 NA TO-27-T10-BLS-30 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 30mm
25 00816101017812 NA TO-27-T10-BLS-26 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 26mm
26 00816101017782 NA TO-27-T10-BLS-20 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 20mm
27 00816101017546 NA TO-35-T10-CLS-26 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Locking Screw, 26mm
28 00816101017508 NA TO-35-T10-CLS-18 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Locking Screw, 18mm
29 00816101017430 NA TO-35-T10-CS-30 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 30mm
30 00816101017355 NA TO-35-T10-CS-14 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 14mm
31 00816101017287 NA TO-52-CP-50 Titanium alloy posts are used to affix the proximal end of the plate to the prox Titanium alloy posts are used to affix the proximal end of the plate to the proximal end of the humerus. With the aid of fixtures, the posts have the ability to have cross elements inserted perpendicular to the axis of the cortical thread of the post. The head of the post is a threaded locking configuration that accepts an expansion cap screw. The posts are 5.25mm in diameter and are available in 5 lengths ranging from 30mm to 50mm. They are cannulated i.e a K-wire can pass through the post longitudinally. HWC Screw, Fixation, Bone 2 5.2mm Cannulated Post, 50mm
32 00816101011278 NA TO-CDB40-130 Drill Bits are of various diameters and lengths, and are made of Stainless Steel Drill Bits are of various diameters and lengths, and are made of Stainless Steel, heat-treated and passivated. Some drill bits have laser marked scales to show depth of drill. HTW Bit, Drill 1 4.0mm Cannulated Drill Bit X 130mm
33 00816101012930 NA TO-WOLF-STL Sterilization Tray Lid for WOLF Implants, Instruments and Screw Caddy/Caddies. LRP Tray, Surgical 1 WOLF® Sterilization Tray Lid
34 00816101012039 NA TO-LP-LBP-096 The long bone plates are made of titanium alloy, are provided in standard and lo The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses. HRS Plate, Fixation, Bone 2 WOLF Low Profile Plate, 96mm, 7 Hole
35 00816101012060 NA TO-CLP-LBP-174 The long bone plates are made of titanium alloy, are provided in standard and lo The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses. HRS Plate, Fixation, Bone 2 WOLF Curved Low Profile Plate, 174mm, 13 Hole
36 00816101011971 NA TO-LBP-174 The long bone plates are made of titanium alloy, are provided in standard and lo The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyse HRS Plate, Fixation, Bone 2 WOLF Plate, 174mm, 13 Hole
37 00816101011193 NA TO-DB40-160 Drill Bits are of various diameters and lengths, and are made of Stainless Steel Drill Bits are of various diameters and lengths, and are made of Stainless Steel, heat-treated and passivated. Some drill bits have laser marked scales to show depth of drill. HTW Bit, Drill 1 4.0mm Drill Bit X 160mm
38 00816101010950 NA TO-PHP-L160 The shoulder plates are made of titanium alloy and are designed in right and lef The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips. HRS Plate, Fixation, Bone 2 PANTERA PLATE, LEFT, 160mm
39 00816101010943 NA TO-PHP-R160 The shoulder plates are made of titanium alloy and are designed in right and lef The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips. HRS Plate, Fixation, Bone 2 PANTERA PLATE, RIGHT, 160mm
40 00816101010363 NA TO-FIX-CEGR Guides are stainless steel parts of various designs that allow various drill dia Guides are stainless steel parts of various designs that allow various drill diameters. Some guides are laser weld assemblies with a handle, and others are threaded to screw into plates. GCZ Retainer, Surgical 1 Cross Element Guide Retainer
41 00816101010097 NA TO-35-CLS-45 The titanium alloy cortical locking screws are used to affix the plate to the hu The titanium alloy cortical locking screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Locking Screw, 45mm
42 00816101010073 NA TO-35-CLS-35 The titanium alloy cortical locking screws are used to affix the plate to the hu The titanium alloy cortical locking screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Locking Screw, 35mm
43 00816101010059 NA TO-35-CLS-28 The titanium alloy cortical locking screws are used to affix the plate to the hu The titanium alloy cortical locking screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 20mm to 45mm. HWC Screw, Fixation, Bone 2 3.5mm Cortical Locking Screw, 28mm
44 00816101017829 NA TO-27-T10-BLS-28 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 28mm
45 00816101017874 NA TO-PH-PDGS-45 Guides are stainless steel parts of various designs that allow various drill dia Guides are stainless steel parts of various designs that allow various drill diameters. Some guides are laser weld assemblies with a handle, and others are threaded to screw into plates. GCZ Retainer, Surgical 1 Post Drill Guide Sleeve, 45mm
46 00816101017744 NA TO-27-T10-BLS-12 The titanium alloy bypass locking screws (torx T-10 head) are designed to affix The titanium alloy bypass locking screws (torx T-10 head) are designed to affix the plate to the bone using a similar design as the cortical locking screw, except that the screw head includes scallops that allow a second locking screw to be installed in the adjacent hole. The bypass locking screws are 2.7mm in diameter and are available in multiple lengths ranging from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Bypass Cortical Locking Screw, 12mm
47 00816101017706 NA TO-27-T10-CLS-30 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the bone. The screws are 2.7mm in diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Cortical Locking Screw, 30mm
48 00816101017676 NA TO-27-T10-CLS-24 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the bone. The screws are 2.7mm in diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Cortical Locking Screw, 24mm
49 00816101017652 NA TO-27-T10-CLS-20 The titanium alloy cortical locking screws (torx T-10 head) are used to affix th The titanium alloy cortical locking screws (torx T-10 head) are used to affix the plate to the bone. The screws are 2.7mm in diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 2.7mm T10 Drive Cortical Locking Screw, 20mm
50 00816101017393 NA TO-35-T10-CS-22 The titanium alloy cortical (non-locking) torx T-10 head screws are used to affi The titanium alloy cortical (non-locking) torx T-10 head screws are used to affix the plate to the humerus. The screws are 3.5mm diameter and are available in various lengths from 10mm to 34mm. HWC Screw, Fixation, Bone 2 3.5mm T10 Drive Cortical Screw, 22mm
Other products with the same Product Code "HRS"
No Primary DI Version or Model Catalog Number Device Description Brand Name Organization Name
1 10381780441373 SPIDERIMP SPIDERIMP SPIDER Implant Set Integra® Spider™ Limted Wrist Fusion System ASCENSION ORTHOPEDICS, INC.
2 10381780237686 TRL-1006-C06 The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended t The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended to be used for angular correction of small bones in the ankle and foot. The Integra Titanium Bone Wedges are constructed from commercially pure titanium formed into a cancellous-like structure. Trial Cotton 20 X 6.5 TiWedge™ ASCENSION ORTHOPEDICS, INC.
3 10381780237679 TRL-1006-C05 The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
4 10381780237662 TRL-1006-C04 The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
5 10381780237655 TRL-1006-C03 The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
6 10381780237648 TRL-1006-C02 The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
7 10381780237631 TRL-1006-C01 The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
8 10381780237624 TRL-1006-L09 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
9 10381780237617 TRL-1006-L08 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
10 10381780237600 TRL-1006-L07 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
11 10381780237594 TRL-1006-L06 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
12 10381780237587 TRL-1006-L05 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
13 10381780237570 TRL-1006-L04 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
14 10381780237563 TRL-1006-L03 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
15 10381780237556 TRL-1006-L02 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
16 10381780237549 TRL-1006-L01 The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge. TiWedge™ ASCENSION ORTHOPEDICS, INC.
17 10381780237471 TIWEDGEINSTP The Integra Titanium Bone Wedge is intended to be used for internal bone fixatio The Integra Titanium Bone Wedge is intended to be used for internal bone fixation for bone fractures or osteotomies in the ankle and foot. This set includes LCL trials and cotton trials to evaluate proper size and fit of the implants. A wedge inserter and tamp are also included for assistance. TiWedgeTM ASCENSION ORTHOPEDICS, INC.
18 10381780125853 CALCINSTSET CALCINSTSET Full Calcanea Plate Instrument and Implant Set CALCANEA NEWDEAL
19 10381780124948 TBW-1006-2065 TBW-1006-2065 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
20 10381780124931 TBW-1006-2055 TBW-1006-2055 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
21 10381780124924 TBW-1006-2045 TBW-1006-2045 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
22 10381780124917 TBW-1006-1665 TBW-1006-1665 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
23 10381780124900 TBW-1006-1655 TBW-1006-1655 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
24 10381780124894 TBW-1006-1645 TBW-1006-1645 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
25 10381780124887 TBW-1006-LG12 TBW-1006-LG12 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
26 10381780124870 TBW-1006-LG10 TBW-1006-LG10 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
27 10381780124863 TBW-1006-LG8 TBW-1006-LG8 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
28 10381780124856 TBW-1006-MD12 TBW-1006-MD12 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
29 10381780124849 TBW-1006-MD10 TBW-1006-MD10 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
30 10381780124832 TBW-1006-MD8 TBW-1006-MD8 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
31 10381780124825 TBW-1006-SM12 TBW-1006-SM12 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
32 10381780124818 TBW-1006-SM10 TBW-1006-SM10 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
33 10381780124801 TBW-1006-SM8 TBW-1006-SM8 The Integra® Titanium Bone Wedges are intended to be used for internal bone fixa The Integra® Titanium Bone Wedges are intended to be used for internal bone fixation for bone fracturesor osteotomies in the ankle and foot Integra® Titanium Bone Wedge System ASCENSION ORTHOPEDICS, INC.
34 10381780121855 2802112 2802112 The Integra Total Foot System interpositioning plate is used to space apart two The Integra Total Foot System interpositioning plate is used to space apart two bones or a joint. The plate is anatomically T-shaped with increased width and stem depth for ease of insertion and less intraoperative contouring required. Integra® Total Foot System ASCENSION ORTHOPEDICS, INC.
35 10381780121848 2802110 2802110 The Integra Total Foot System interpositioning plate is used to space apart two The Integra Total Foot System interpositioning plate is used to space apart two bones or a joint. The plate is anatomically T-shaped with increased width and stem depth for ease of insertion and less intraoperative contouring required. Integra® Total Foot System ASCENSION ORTHOPEDICS, INC.
36 10381780121336 PSS3575PS PSS3575PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
37 10381780121329 PSS3570PS PSS3570PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
38 10381780121312 PSS3565PS PSS3565PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
39 10381780121305 PSS3560PS PSS3560PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
40 10381780121299 PSS3555PS PSS3555PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
41 10381780121282 PSS3550PS PSS3550PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
42 10381780121275 PSS3545PS PSS3545PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
43 10381780121268 PSS3540PS PSS3540PS The non-locking partial threaded screw is made from stainless steel and is used The non-locking partial threaded screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
44 10381780121251 PSS3575LS PSS3575LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
45 10381780121244 PSS3570LS PSS3570LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
46 10381780121237 PSS3565LS PSS3565LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
47 10381780121220 PSS3560LS PSS3560LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
48 10381780121213 PSS3555LS PSS3555LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
49 10381780121206 PSS3550LS PSS3550LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.
50 10381780121190 PSS3545LS PSS3545LS The locking screw is made from stainless steel and is used in conjunction with t The locking screw is made from stainless steel and is used in conjunction with the Integra Proximal Humeral Fracture Plate System. Integra® Proximal Humeral Fracture Plate System ASCENSION ORTHOPEDICS, INC.