Orthopedic Plates And Screws

Plate and Screw S-Clavicle Plates(L/R) upper limbs Titanium Implate The shape of S-Clavicle Plates is an anatomical plate of the clavicle, with an S - shaped change. Product name Plate and Screw S-Clavicle Plates(L/R) upper limbs Titanium Implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 3.0mm Specifiction 4/5/6/7/8/9/10/11/12 Holes Valid Time 3 years Certificates CE/ISO 13485 Related Screw HA3.5mm,HB3.5mm Quick Detail: · Medical Class: Class III ·

Plate and Screw Clavicle Claw Plates(L/R) upper limbs Titanium Implate Clavicle Claw Plate is mainly used for distal clavicle fracture. The structure is l-shaped when viewed from the side and the tail is hooked and placed below the acromion. Product name Plate and Screw Clavicle Claw Plates(L/R) upper limbs Titanium Implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 3.0mm Specifiction 4/5/6/7 Holes Valid Time 3 years Certificates CE/ISO 13485 Related

Plate and Screw Distal Radius lateral Plates upper limbs Titanium implate Most fractures are comminuted and the articular surface can be destroyed. Similar violence in young adults can cause separation of the epiphysis of the lower radius. Anatomical design: The plate shape accommodate humerus anatomy, fits close to minimize soft tssue irration; Limited-contact design: With advantages as preservation of blood supply to soft tissue and bone ,reunion of the bone fractures,etc;

Plate and Screw Distal Radius Back Plates(L/R) upper limbs Titanium implate The distal radius fracture occurred at the cancellous site of the lower radius in the range of 2 to 3cm. It is one of the most common fractures in the human body, accounting for 10% of all fractures, mostly in the elderly and adults. Product name Plate and Screw Distal Radius Back Plates(L/R) upper limbs Titanium implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 1.2mm

Plate and Screw Petalla Claws Lower Limbs Titanium Implant The patella is a sesamoid bone that develops within the tendon of the quadriceps muscle. Any fracture that results in displacement of the fragments in the longitudinal axis represents a disruption of the quadriceps mechanism. Product name Petalla Claws Lower Limbs Titanium Implant Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 2.2 mm Specifiction Small/Medium/Large Valid Time 3 years Certificates CE

Plate and Screw T- Plates Lower limbs Titanium Implate The trabecular distribution density of the lateral platform is less dense than that of the medial platform, and the pair of bone support force is weak. When tibial plateau and femoral condyle collide with each other due to violence, the lateral part of the knee is prone to lateral violence, so lateral plateau fracture is more common Product name Plate and Screw T- Plates Lower limbs Titanium Implate Material Titanium/S.S

Plate and Screw Tibial Platform Lateral Plates II (L/R) Lower limbs Titanium Implate The supporting force of the lateral tibia is relatively weak. When tibial plateau and femoral condyle collide with each other due to violence, lateral knee is prone to lateral violence, so lateral plateau fracture is more common. Product name Plate and Screw Tibial Platform Lateral Plates II (L/R) Lower limbs Titanium Implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 4

Plate and Screw L-Shaped Metacarpal Plates(L/R) Titanium Implate Description The fracture ends dorsally angulated by traction of the interosseous, lumbrical and flexor muscles. The main symptoms are pain, swelling and dysfunction of injured palms. Product name Plate and Screw L-Shaped Metacarpal Plates(L/R) Titanium Implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 1.2mm Specifiction 4/5/6/7/8 Holes Valid Time 3 years Certificates CE/ISO 13485 Related

Plate and Screw T-Shaped Metacarpal Plates Titanium Implate Thickness1.2mm Description Metacarpal fractures are more common in adult males with more fractures on the right side than on the left. According to the nature of violence, the cause of metacarpal fracture can be divided into indirect violence and direct violence. Among them, indirect violence is more common, especially in osteoporosis and people affected by violence. Product name Plate and Screw T-Shaped Metacarpal

Plate and Screw Distal Distal Radius/Fibula Plates upper limbs Titanium implate The lowermost part of the tibia is called the distal tibia. The incidence of distal tibia displacement is very high, and 90% of patients require surgical treatment after fracture Product name Plate and Screw Distal Distal Radius/Fibula Plates upper limbs Titanium implate Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 1.5mm Specifiction 3/4/5/6/7 Holes Valid Time 3 years

Straight Phalange Plates Titanium Plate and Screw Description Fractures may occur near the diaphysis or joints of the proximal, middle and distal segments, and may be single or multiple. Product name T-Shaped Phalange Plates Titanium Plate and Screw shipping services Material Titanium/S.S Color Gold, Blue, Grey, Pink, etc Thickness 1.2mm Specifiction 4/5/6/7/8 Holes Valid Time 3 years Certificates CE/ISO 13485 Related Screw HC2.0mm,HA2.0mm Quick Detail: · Medical Class: Class

Medical Instrument Distal Radius Palmar Multi-Axial Locking Compression Plate Code Product Name Holes Length Material FMA001 Distal radius palmar multi-axial locking compression plate (Double vertical) 3 holes left 40mm Titanium FMA001 Distal radius palmar multi-axial locking compression plate (Double vertical) 5 holes left 56mm Titanium FMA001 Distal radius palmar multi-axial locking compression plate (Double vertical) 7 holes left 72mm Titanium FMA001 Distal radius palmar

Distal Femur Medial Condylar Locking Plate Fractures of the distal femur are severe injuries that present many clinical challenges to the orthopedic surgeon. These fractures are often unstable and comminuted and tend to occur in elderly or multiply injured patients. For long, gold standard treatment modality for fixation of the distal femur fractures was angle blade plate, compression screw, and side plate devices such as dynamic condylar screw. Insertion of blade plates is

Lag Screw Titanium Implant use with Proximal Femur Plates Stress fractures are often associated with athletes and intense physical activity.This, however, is not always so, as a stress fracture may occur in any situation where the cyclical load through the bone is greater than the bone's ability to react adequately and in time to the increased load. If this situation arises, a stress fracture may present a diagnostic dilemma. Product name Lag Screw Titanium Implant use with

Plate and Screw Proximal Femur Plates Titanium Implant Stress fractures occur when the bone fails as a result of a repetitive load across it. This load is over and above the bone's immediate ability to adapt to this increased stress.This is seen in two situations, fatigue and insufficiency fractures. A fatigue fracture develops when normal bone undergoes abnormal repetitive loading, as in the athlete and military recruit, and an insufficiency fracture occurs when abnormal

Plate and Screw Distal Medial Femur Plates Ⅱ(L/R) Titanium Implant Stable proximal femoral fractures can be managed with conventional implant with predictable results whereas unstable fractures are challenging, and prone to complications. Dynamic hip screw is commonly used for treating unstable intertrochanteric fractures. Recently its usage has declined due to its complications including shortening, medialisation of the distal fragment; implant cut-outs, uncontrolled

Plate and Screw Femur Condylus Buttress Plates(L/R) Titanium Implant Major advances have been made specially in the treatment of femur fractures over the last five decades. There is no doubt that one milestone in the middle of the last century can be attributed to Ernst Pohl, a genious engineer from Kiel, who developed the first sliding device for osteosynthesis of hip fractures. He opened a new area in the field of conventional hip joint reconstruction, consequently

Distal Medial Femur Plates(L/R) Titanium Implant This series demonstrates the advantage of stable internal fixation using a supracondylar plate and lag screw over other type of fixation . The technique is readily mastered and analogous to use of the hip compression screw. The results suggested that supracondylar plate and lag screw fixation for supracondylar-intercondylar fractures of the distal femur is advantageous because the technique is simple the lag screw compresses

Plate and Screw Proximal Femur Condylus Plates(L/R) Titanium Implant Fracture of the femur in companion animals is common, often involves high force impact and is complicated by the extensive muscular envelope that surrounds the bone. The combination of traumatic hemorrhage at the fracture site and along the muscular planes, swelling and edema of the associated soft tissues, contraction of the muscular surround, fracture site displacement, and a propensity for the hip and

Plate and Screw Proximal Femur Condylus Plates Restricted-Contact Plates Titanium Implant High energy injury causes proximal femoral fracture, commonly not pure femoral intertrochanteric or trochanteric fracture, often combined with fracture of upper segment of femur. In May 1998 -In May 2001, we applied dynamic compression plate (DCS) to treat 32 cases of this kind of fracture, and obtained satisfactory results. Product name Proximal Femur Condylus Plates Restricted-Contact