HR. ORTHO SYSTEM INDIA Sigra, Varanasi, Uttar Pradesh

We are offering trochanteric stabilizing plate. Trochanteric stebilizing plate unstable a2 and a3 fractures, especially multifragmentary ones with a separated greater trochanter. Excessive secondary fracture impact and medialization of the femoral shaft can be avoided by combining the dhs with the trochanter major stabilization plate. Fixation of the greater trochanter with locking head screws reduces varus angulation and limb shortening. Stabilizing the greater trochanter can reduce internal bleeding and restores the function of the gluteus medius. This results in less postoperative pain and a faster mobilization of the patient.

We are offering trochanteric stebilizing plate. Trochanteric stebilizing plate unstable a2 and a3 fractures, especially multifragmentary ones with a separated greater trochanter. Excessive secondary fracture impact and medialization of the femoral shaft can be avoided by combining the dhs with the trochanter major stabilization plate. Fixation of the greater trochanter with locking head screws reduces varus angulation and limb shortening. Stabilizing the greater trochanter can reduce internal bleeding and restores the function of the gluteus medius. This results in less postoperative pain and a faster mobilization of the patient.

We are offering trochanteric plate.

We are offering trochanteric intramduler nail. The titanium trochanteric fixation nail (tfn) system permits an intramedullary approach for the fixation of fractures of the femur. The tfn system consists of a series of cannulated nails, cannulated helical blades, cannulated femoral neck screws, cannulated end caps, and locking bolts and screws. All of the implants in the tfn system are made of titanium alloy. The helical blade provides improved resistance to varus collapse and rotational control of the medial fracture segment compared to single screw fixation (i.e., lag screws). The result is superior life-to-cut-out versus single screw fixation. This is accomplished through the use of the 11.0 mm helical blade. In addition, the use of the 11.0 mm helical blade results in reduced bone removal versus use of a traditional hip screw. These helical blade features are especially advantageous in osteoporotic fracture fixation. However the tfn system also offers a lag screw fixation using an 11.0 mm femoral neck screw.

We are offering trochanteric stabilizing plate. Trochanteric stebilizing plate unstable a2 and a3 fractures, especially multifragmentary ones with a separated greater trochanter. Excessive secondary fracture impact and medialization of the femoral shaft can be avoided by combining the dhs with the trochanter major stabilization plate. Fixation of the greater trochanter with locking head screws reduces varus angulation and limb shortening. Stabilizing the greater trochanter can reduce internal bleeding and restores the function of the gluteus medius. This results in less postoperative pain and a faster mobilization of the patient.

We are offering trochanteric intramedullary nail. The titanium trochanteric fixation nail (tfn) system permits an intramedullary approach for the fixation of fractures of the femur. The tfn system consists of a series of cannulated nails, cannulated helical blades, cannulated femoral neck screws, cannulated end caps, and locking bolts and screws. All of the implants in the tfn system are made of titanium alloy. The helical blade provides improved resistance to varus collapse and rotational control of the medial fracture segment compared to single screw fixation (i.e., lag screws). The result is superior life-to-cut-out versus single screw fixation. This is accomplished through the use of the 11.0 mm helical blade. In addition, the use of the 11.0 mm helical blade results in reduced bone removal versus use of a traditional hip screw. These helical blade features are especially advantageous in osteoporotic fracture fixation. However the tfn system also offers a lag screw fixation using an 11.0 mm femoral neck screw.

YYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYNNNNNNNNNNNNN

We offer l buttress locking plate.

We are offering gamma nails.

We are offering gamma nail.

We are offering gamma nail. The titanium trochanteric fixation nail (gamma) system permits an intramedullary approach for the fixation of fractures of the femur. The gamma system consists of a series of cannulated nails, cannulated helical blades, cannulated femoral neck screws, cannulated end caps, and locking bolts and screws. All of the implants in the gamma system are made of titanium alloy. The helical blade provides improved resistance to varus collapse and rotational control of the medial fracture segment compared to single screw fixation (i.e., lag screws). The result is superior life-to-cut-out versus single screw fixation. This is accomplished through the use of the 11.0 mm helical blade. In addition, the use of the 11.0 mm helical blade results in reduced bone removal versus use of a traditional hip screw. These helical blade features are especially advantageous in osteoporotic fracture fixation. However the gamma system also offers a lag screw fixation using an 11.0 mm femoral neck screw.

We are offering distal radius volar plate.

We offer distal medial humerus locking plate.

We are offering distal femur locking plates.

We offer distal femur locking.

we offer Dhs Plates. Hip Fixation Plates: Hip Fixation Plates are primarily used to treat Distal and Proximal regions of the Femur. Under Angled Blade Plates we offer 95° Condylar plates, 130° Angled Blade Plates and Angled Blade Plates for Intertrochanteric Femoral Osteotomies. Under DHSDCS Plates we offer Dynamic Hip Compression Plates, Dynamic Hip Compression Plates Short Barrel, Dynamic Hip Compression Plate Double Angled - 120°, Dynamic Hip Compression Plates Variable Angle, Safety Lock DHS Plates - Barrel 38mmShort Barrel and Pediatric DHS Plates. Jewett Nail Plates are also available with angles varying from 130° to 140°. Various instruments and instrument sets are also available to be used with these plates.

We are offering dhs plates. Hip fixation plates: hip fixation plates are primarily used to treat distal and proximal regions of the femur. Under angled blade plates we offer 95° condylar plates, 130° angled blade plates and angled blade plates for intertrochanteric femoral osteotomies. Under dhsdcs plates we offer dynamic hip compression plates, dynamic hip compression plates short barrel, dynamic hip compression plate double angled - 120°, dynamic hip compression plates variable angle, safety lock dhs plates - barrel 38mmshort barrel and pediatric dhs plates. Jewett nail plates are also available with angles varying from 130° to 140°. Various instruments and instrument sets are also available to be used with these plates.

We are offering dhs locking plate. Hip fixation plates: hip fixation plates are primarily used to treat distal and proximal regions of the femur. Under angled blade plates we offer 95° condylar plates, 130° angled blade plates and angled blade plates for intertrochanteric femoral osteotomies. Under dhsdcs plates we offer dynamic hip compression plates, dynamic hip compression plates short barrel, dynamic hip compression plate double angled - 120°, dynamic hip compression plates variable angle, safety lock dhs plates - barrel 38mmshort barrel and pediatric dhs plates. Jewett nail plates are also available with angles varying from 130° to 140°. Various instruments and instrument sets are also available to be used with these plates.

we offer Clavicle Medial Locking Plate.

We are offering clavicle hook locking plate.

We are offering clavicle hook locking plate.

We are offering blade screw. Product no.(ta) length 142010902 75mm 142010903 80mm 142010904 85mm 142010905 90mm 142010906 95mm 142010907 100mm 142010908 105mm 142010909 110mm

We are offering antrior clavicle locking plate. Clavicle plates are designed to provide excellent fixation for acute fractures, malunions, and non-unions of the clavicle. While often treated conservatively, a portion of these fractures can benefit from a low profile, congruent, locking plate. Soft tissue irritation is minimized, and patient function improves while returning them to their normal activities sooner. In line with our goal to bring to the market products that evolve and improve patient outcomes, hr introduces three additional plate designs to the system: locking straight plate, locking distal clavicle plates and locking anterior clavicle plates. The locking straight plate provides an additional option for midshaft clavicle fractures. This addition rounds out the selection of midshaft plates cited for addressing 94%-98% of the patient population and further enhances a surgeon's ability to treat patients with a smaller bone structure. The redesigned locking distal clavicle plate offers an improved solution to treat complex lateral third clavicle fractures that cause disruption of the coraclavicular (cc) ligaments. The screw positioning and angulation of these plates targets the distal fragments and provides secure, stable fixation for multiple fracture patterns. The anterior locking clavicle plate was developed for orthopaedic trauma surgeons who understand the mechanical, biological and technical principles of plating. These pre-contoured, anatomic plates are designed for surgeons who desire an anterior approach perceived to minimize risk, increase screw purchase in bone and reduce potential hardware prominence.

We are offering anterior clavicle locking plate. Clavicle plates are designed to provide excellent fixation for acute fractures, malunions, and non-unions of the clavicle. While often treated conservatively, a portion of these fractures can benefit from a low profile, congruent, locking plate. Soft tissue irritation is minimized, and patient function improves while returning them to their normal activities sooner. In line with our goal to bring to the market products that evolve and improve patient outcomes, hr introduces three additional plate designs to the system: locking straight plate, locking distal clavicle plates and locking anterior clavicle plates. The locking straight plate provides an additional option for midshaft clavicle fractures. This addition rounds out the selection of midshaft plates cited for addressing 94%-98% of the patient population and further enhances a surgeon's ability to treat patients with a smaller bone structure. The redesigned locking distal clavicle plate offers an improved solution to treat complex lateral third clavicle fractures that cause disruption of the coraclavicular (cc) ligaments. The screw positioning and angulation of these plates targets the distal fragments and provides secure, stable fixation for multiple fracture patterns. The anterior locking clavicle plate was developed for orthopaedic trauma surgeons who understand the mechanical, biological and technical principles of plating. These pre-contoured, anatomic plates are designed for surgeons who desire an anterior approach perceived to minimize risk, increase screw purchase in bone and reduce potential hardware prominence.