| No | Primary DI | Version or Model | Catalog Number | Device Description | Product Code | Product Code Name | Device Class | Brand Name |
|---|---|---|---|---|---|---|---|---|
| 1 | M6862900I12120 | 2900I-1212 | 2900I-1212 | Cranial 200x200x0.6mm Dynamic Mesh Plate | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 2 | M6862900I12110 | 2900I-1211 | 2900I-1211 | Cranial 120x120x0.6mm Dynamic Mesh Plate | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 3 | M6862900I12100 | 2900I-1210 | 2900I-1210 | Cranial 90x90x0.6mm Dynamic Mesh Plate | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 4 | M6862900I12020 | 2900I-1202 | 2900I-1202 | Cranial 120x120x0.3mm Dynamic Mesh Plate | GWO,GXR,HBW | Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 5 | M6862900I12010 | 2900I-1201 | 2900I-1201 | Cranial 90x90x0.3mm Dynamic Mesh Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 6 | M6862900I12000 | 2900I-1200 | 2900I-1200 | Cranial 45x45x0.3mm Dynamic Mesh Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 7 | M6862900I11210 | 2900I-1121 | 2900I-1121 | Cranial 1.7x6mm Self-Tapping Rescue Screw | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 8 | M6862900I11200 | 2900I-1120 | 2900I-1120 | Cranial 1.7x5mm Self-Tapping Rescue Screw | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 9 | M6862900I11110 | 2900I-1111 | 2900I-1111 | Cranial 1.5x5mm Self-Tapping Screw | HBW,GXR,GWO | FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 10 | M6862900I11100 | 2900I-1110 | 2900I-1110 | Cranial 1.5x4mm Self-Tapping Screw | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 11 | M6862900I11010 | 2900I-1101 | 2900I-1101 | Cranial 1.5x5mm Self-Drilling Screw | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 12 | M6862900I11000 | 2900I-1100 | 2900I-1100 | Cranial 1.5x4mm Self-Drilling Screw | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 13 | M6862900I10920 | 2900I-1092 | 2900I-1092 | Cranial Large 2x2-Hole 16mm Box Plate | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 14 | M6862900I10910 | 2900I-1091 | 2900I-1091 | Cranial Medium 2x2-Hole 14mm Box Plate | GWO,GXR,HBW | Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 15 | M6862900I10900 | 2900I-1090 | 2900I-1090 | Cranial Small 2x2-Hole 12mm Box Plate | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 16 | M6862900I10810 | 2900I-1081 | 2900I-1081 | Cranial 12-Hole 45mm Curved Plate | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 17 | M6862900I10800 | 2900I-1080 | 2900I-1080 | Cranial 6-Hole 25mm Curved Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 18 | M6862900I10710 | 2900I-1071 | 2900I-1071 | Cranial 16-Hole 70mm Bar Plate | GXR,HBW,GWO | COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 19 | M6862900I10700 | 2900I-1070 | 2900I-1070 | Cranial 8-Hole 35mm Bar Plate | HBW,GXR,GWO | FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 20 | M6862900I10600 | 2900I-1060 | 2900I-1060 | Cranial 4-Hole 23mm Bar Plate | GXR,HBW,GWO | COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 21 | M6862900I10500 | 2900I-1050 | 2900I-1050 | Cranial 6-Hole 16mm Double Y Plate | GWO,GXR,HBW | Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 22 | M6862900I10400 | 2900I-1040 | 2900I-1040 | Cranial 6-Hole 16mm T-Plate | HBW,GXR,GWO | FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 23 | M6862900I10320 | 2900I-1032 | 2900I-1032 | Cranial 2-Hole 16mm Bar Plate | GWO,GXR,HBW | Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 24 | M6862900I10310 | 2900I-1031 | 2900I-1031 | Cranial 2-Hole 14mm Bar Plate | HBW,GXR,GWO | FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 25 | M6862900I10300 | 2900I-1030 | 2900I-1030 | Cranial 2-Hole 12mm Bar Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 26 | M6862900I10220 | 2900I-1022 | 2900I-1022 | Cranial Large Gap Plate | GXR,HBW,GWO | COVER, BURR HOLE,FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 27 | M6862900I10210 | 2900I-1021 | 2900I-1021 | Cranial Medium Gap Plate | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 28 | M6862900I10200 | 2900I-1020 | 2900I-1020 | Cranial Small Gap Plate | GWO,HBW,GXR | Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 29 | M6862900I10030 | 2900I-1003 | 2900I-1003 | Cranial Large 20mm Burr Hole Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 30 | M6862900I10020 | 2900I-1002 | 2900I-1002 | Cranial Medium 14mm Burr Hole Plate | GXR,GWO,HBW | COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable,FASTENER, PLATE, CRANIOPLASTY | 2 | RAAS Cranial Plating System |
| 31 | M6862900I10010 | 2900I-1001 | 2900I-1001 | Cranial Small 10mm Burr Hole Plate | HBW,GXR,GWO | FASTENER, PLATE, CRANIOPLASTY,COVER, BURR HOLE,Plate, cranioplasty, preformed, alterable | 2 | RAAS Cranial Plating System |
| 32 | M6862900I10000 | 2900I-1000 | 2900I-1000 | Cranial X-Small 7mm Burr Hole Plate | HBW,GWO,GXR | FASTENER, PLATE, CRANIOPLASTY,Plate, cranioplasty, preformed, alterable,COVER, BURR HOLE | 2 | RAAS Cranial Plating System |
| 33 | M6862100T21000 | 2100T-2100 | 2100T-2100 | Osteotome Instrument, Curved | HWM | OSTEOTOME | 1 | Alamo P, Alamo T |
| 34 | M6862100T20000 | 2100T-2000 | 2100T-2000 | Osteotome Instrument, Straight | HWM | OSTEOTOME | 1 | Alamo P, Alamo T |
| 35 | M6862100T19020 | 2100T-1902 | 2100T-1902 | Impactor Instrument, Angled | HWA | IMPACTOR | 1 | Alamo P, Alamo T |
| 36 | M6862100T19010 | 2100T-1901 | 2100T-1901 | Impactor Instrument, Straight | HWA | IMPACTOR | 1 | Alamo P, Alamo T |
| 37 | M6862100T18030 | 2100T-1803 | 2100T-1803 | Slotted Mallet Instrument | HXL | MALLET | 1 | Alamo P, Alamo T |
| 38 | M6862100T18010 | 2100T-1801 | 2100T-1801 | Slap Hammer Instrument | FZY | HAMMER, SURGICAL | 1 | Alamo P, Alamo T |
| 39 | M6862100T17140 | 2100T-1714 | 2100T-1714 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 40 | M6862100T17130 | 2100T-1713 | 2100T-1713 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 41 | M6862100T17120 | 2100T-1712 | 2100T-1712 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 42 | M6862100T17110 | 2100T-1711 | 2100T-1711 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 43 | M6862100T17100 | 2100T-1710 | 2100T-1710 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 44 | M6862100T17090 | 2100T-1709 | 2100T-1709 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 45 | M6862100T17080 | 2100T-1708 | 2100T-1708 | Box Chisel Instrument | FZO | CHISEL, SURGICAL, MANUAL | 1 | Alamo P, Alamo T |
| 46 | M6862100T16140 | 2100T-1614 | 2100T-1614 | Paddle Shaver Instrument | MDM | INSTRUMENT, MANUAL, SURGICAL, GENERAL USE | 1 | Alamo P, Alamo T |
| 47 | M6862100T16130 | 2100T-1613 | 2100T-1613 | Paddle Shaver Instrument | MDM | INSTRUMENT, MANUAL, SURGICAL, GENERAL USE | 1 | Alamo P, Alamo T |
| 48 | M6862100T16120 | 2100T-1612 | 2100T-1612 | Paddle Shaver Instrument | MDM | INSTRUMENT, MANUAL, SURGICAL, GENERAL USE | 1 | Alamo P, Alamo T |
| 49 | M6862100T16110 | 2100T-1611 | 2100T-1611 | Paddle Shaver Instrument | MDM | INSTRUMENT, MANUAL, SURGICAL, GENERAL USE | 1 | Alamo P, Alamo T |
| 50 | M6862100T16100 | 2100T-1610 | 2100T-1610 | Paddle Shaver Instrument | MDM | INSTRUMENT, MANUAL, SURGICAL, GENERAL USE | 1 | Alamo P, Alamo T |
| No | Primary DI | Version or Model | Catalog Number | Device Description | Brand Name | Organization Name |
|---|---|---|---|---|---|---|
| 1 | 04260397082829 | CET30131 | Slender Inserter | EIT CIF Inserter | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 2 | 04260397081433 | CET30121 | Inserter with adjustable depth stop | EIT CIF Inserter | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 3 | 04260397081044 | CET30211 | Impactor without depth stop | EIT CIF Impactor | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 4 | 04260397081037 | CET30111 | Inserter without depth stop | EIT CIF Inserter | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 5 | 04260397080238 | CET60100 | Removal forceps | EIT CIF Removal forceps | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 6 | 04260397080221 | CET30201 | Impactor | EIT CIF Impactor | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 7 | 04260397080214 | CET30101 | Inserter | EIT CIF Inserter | EIT EMERGING IMPLANT TECHNOLOGIES GMBH | |
| 8 | 04251631404200 | Cervical 4x18 mm 12° | BHA418L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 9 | 04251631404194 | Cervical 4x18 mm 8° | BHA418L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 10 | 04251631404187 | Cervical 4x16 mm 12° | BHA416L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 11 | 04251631404170 | Cervical 4x16 mm 8° | BHA416L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 12 | 04251631404163 | Cervical 10x18 mm 8° | BHA1018L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 13 | 04251631404156 | Cervical 10x18 mm 12° | BHA1018L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 14 | 04251631404149 | Cervical 10x18 mm 4° | BHA1018L4 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 15 | 04251631404132 | Cervical 10x16 mm 8° | BHA1016L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 16 | 04251631404125 | Cervical 10x16mm 4° | BHA1016L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 17 | 04251631404118 | Cervical 10x16 mm 4° | BHA1016L4 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 18 | 04251631404101 | Cervical 9x18 mm 8° | BHA918L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 19 | 04251631404095 | Cervical 9x18 mm 12° | BHA918L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 20 | 04251631404088 | Cervical 9x18 mm 4° | BHA918L4 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 21 | 04251631404071 | Cervical 9x16 mm 8° | BHA916L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 22 | 04251631404064 | Cervical 9x16 mm 12° | BHA916L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 23 | 04251631404057 | Cervical 9x16 mm 4° | BHA916L4 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 24 | 04251631404040 | Cervical 8x18 mm 8° | BHA818L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 25 | 04251631404033 | Cervical 8x18 mm 12° | BHA818L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 26 | 04251631404026 | Cervical 8x16 mm 8° | BHA816L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 27 | 04251631404019 | Cervical 8x16 mm 12° | BHA816L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 28 | 04251631404002 | Cervical 7x18 mm 8° | BHA718L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 29 | 04251631403999 | Cervical 7x18 mm 12° | BHA718L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 30 | 04251631403982 | Cervical 7x16 mm 8° | BHA716L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 31 | 04251631403975 | Cervical 7x16 mm 12° | BHA716L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 32 | 04251631403968 | Cervical 6x18 mm 8° | BHA618L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 33 | 04251631403951 | Cervical 6x18 mm 12° | BHA618L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 34 | 04251631403944 | Cervical 6x16 mm 8° | BHA616L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 35 | 04251631403937 | Cervical 6x16 mm 12° | BHA616L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 36 | 04251631403920 | Cervical 5x18 mm 8° | BHA518L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 37 | 04251631403913 | Cervical 5x18 mm 12° | BHA518L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 38 | 04251631403906 | Cervical 5x16 mm 8° | BHA516L8 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 39 | 04251631403890 | Cervical 5x16 mm 12° | BHA516L12 | BEE HA Cages were especially adapted to the local anatomy to secure the surgical BEE HA Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implants formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces. BEE HA implants are made of PEEK-OPTIMA HA ENHANCED and pins made out of titanium alloy (Ti6Al4V) according to ASTM F136. It is not allowed to use BEE HA implants in contact with components of other manufacturers. | BEE HA Cage | NGMEDICAL GMBH |
| 40 | 04251631403883 | Cervical 4x18 mm 12° | B418L12 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 41 | 04251631403876 | Cervical 4x18 mm 8° | B418L8 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 42 | 04251631403869 | Cervical 4x16 mm 12° | B416L12 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 43 | 04251631403852 | Cervical 4x16 mm 8° | B416L8 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 44 | 04251631403616 | Cervical 10x18 mm 8° | B1018L8 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 45 | 04251631403609 | Cervical 10x18 mm 12° | B1018L12 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 46 | 04251631403593 | Cervical 10x18 mm 4° | B1018 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 47 | 04251631403586 | Cervical 10x16 mm 8° | B1016L8 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 48 | 04251631403579 | Cervical 10x16 mm 12° | B1016L12 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 49 | 04251631403562 | Cervical 10x16 mm 4° | B1016 | BEE Cages wereespecially adapted to the local anatomy to secure the surgical out BEE Cages wereespecially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001.BEE Cages are producedwithselective laser melting (SLM) technique.It is not allowed to use BEE implants in contactwith components of other manufacturers with the exception ofbone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |
| 50 | 04251631403555 | Cervical 9x18 mm 8° | B918L8 | BEE Cages were especially adapted to the local anatomy to secure the surgical ou BEE Cages were especially adapted to the local anatomy to secure the surgical outcome at the best. The caudal side is flat, the cranial side is domed and the implant is formed conically from anterior to posterior. In the lateral view, the implant has a slightly lordotic form. The cage disposes of 4 pins on both bone facing surfaces, which serve the primary fixation. BEE implants are made of titanium alloy (Ti6Al4V) according to ASTM F 3001. BEE Cages are produced with selective laser melting (SLM) technique. It is not allowed to use BEE implants in contact with components of other manufacturers with the exception of bone graft substitutes or fillers. | BEE Cage | NGMEDICAL GMBH |