bids are invited for posterior distaltibia plate5 hole ( l-type ) - anatomically contoured lowband posterior distaltibia plate5 hole must be combi-holes allow locking or compression options, limited-contact surface reduces bone-to-plate contact and may help to preserve the periosteal blood supply. must contain elongated combi-holes in shaft. must have one strut screw holes & 3 locking options in distle head of plate.must be made up of medical grade titanium product must be u.s.fda approved , syrus design femur nail 9x340mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x340 mm.made of medical grade titanium. , syrus design femur nail 9x360mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x360 mm.made of medical grade titanium. , syrus design femur nail 9x380mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x380 mm.made of medical grade titanium. , syrus design femur nail 9x400mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x400 mm.made of medical grade titanium. , syrus design femur nail 9x420mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x420 mm.made of medical grade titanium. , syrus design femur nail 9x440 - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved9x440 mm.made of medical grade titanium. , syrus design femur nail 10x340mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x340 mm.made of medical grade titanium. , syrus design femur nail 10x360mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x360 mm.made of medical grade titanium. , syrus design femur nail 10x380mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x380 mm.made of medical grade titanium. , syrus design femur nail 10x400mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x400 mm.made of medical grade titanium. , syrus design femur nail 10x420mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x420 mm.made of medical grade titanium. , syrus design femur nail 10x440mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved10x440 mm.made of medical grade titanium. , syrus design femur nail 12x340mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x340 mm.made of medical grade titanium. , syrus design femur nail 12x360mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x360 mm.made of medical grade titanium. , syrus design femur nail 12x380mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x380 mm.made of medical grade titanium. , syrus design femur nail 12x400mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x400 mm.made of medical grade titanium. , syrus design femur nail 12x420mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x420 mm.made of medical grade titanium. , syrus design femur nail 12x440mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved12x440 mm.made of medical grade titanium. , syrus design femur nail 11x340mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x340 mm.made of medical grade titanium. , syrus design femur nail 11x360mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x360 mm.made of medical grade titanium. , syrus design femur nail 11x380mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x380 mm.made of medical grade titanium. , syrus design femur nail 11x400mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x400 mm.made of medical grade titanium. , syrus design femur nail 11x420mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x420 mm.made of medical grade titanium. , syrus design femur nail 11x440mm - femur nail must accept 5.0 mm lb as well as 5 mm locking screw, on proximal endit should have 3 hip screw option with short proximal length 3 / 8 unf , nail must permit 5 mm controlled axial dynamization on prximal & distle both ways , nail is bent at 1 meter radius of curvature with dynamic hole & four locking options. product must be u.s.fda approved11x440 mm.made of medical grade titanium. , mtp fusion plate - plate for metatarcal for 1st mtp fusion and to treat hallux valgus should have different design for left & right side must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm must be made up of medical grade titanium. , lapidus arthrodesis plate - plate of metatarsal for stabilize and aid in the repair of fractures, fusions, and osteotomies for small bones and bone fragments and also for lapidus arthrodesis must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm must be made up of medical grade titanium. , mini y small locking plate - plate of metatarsalfor lapidus arthrodesismust be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm must be made up of medical grade titanium. , mp ankle y plate with bar - plate of metatarsal for fractures of distal tibia and fibula also can be used for minimally invasive calcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm must be made up of medical grade titanium. , calcaneal plate pre-contoured round edge small right - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.small size right side must be made up of medical grade titanium. , calcaneal plate pre-contoured round edge midium right - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.midium size right side must be made up of medical grade titanium. , calcaneal plate pre-contoured round edge large right - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.largesize right side must be made up of medical grade titanium. , calcaneal plate pre-contoured round edge small left - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.small size left side must be made up of medical grade titanium , calcaneal plate pre-contoured round edge midium left - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.midium size left side must be made up of medical grade titanium product must be u.s.fda approved , calcaneal plate pre-contoured round edge large left - plate of metatarsal forcalcaneal surgery must be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be of 3 different size & must be side specific.largesize left side must be made up of medical grade , meta tarsal mid foot plate - plate of metatarsal for for fixation of osteotomies, fusions, non-unions, mal-unions, and fractures of the mid –foot. be pre-contoured with rounded edges & fully countersunk screwvery low profile with low profile screw of2.4 mm.must be made up of medical grade titanium , ttc nail 9x150 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 9 x 150mm , ttc nail 9x180 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 9 x 180mm , ttc nail 9x210 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 9 x 210mm , ttc nail 9x240 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 9 x 240mm , ttc nail 9x270 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 9 x 270mm , ttc nail 10x150 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 10 x 150mm , ttc nail 10x180 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 10 x 180mm , ttc nail 10 x 210 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 10 x 210mm , ttc nail 10x240 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 10 x 240mm , ttc nail 10 x270 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 10 x 270mm , ttc nail 11x150 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 11 x 150mm , ttc nail 11x180 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 11 x 180mm , ttc nail 11x210 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 11 x 210mm , ttc nail 11x240 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 11 x 240mm , ttc nail 11x270 mm - anatomically design: nail for tibiotalo calcaneal arthrodesis, to correct joint deformities. nail must have inner compressiondevice different from endcap to achive intra medullary compression &axial dynamization. nail must have is 6 differentlocking options, 3 proximal & 3 -distle distle most should go from posteriorto anterior where else another 2 screw goes in mediolateral position., this constraint of screws leads to sustain compression across the joint. must allow medial dynamization by transferring load to surrounding bone and prevent stress shielding & promote bone union sizes 11 x 270mm total quantity : 1