There are various types of fractures, and in addition to different anatomical sites, the morphology of the fracture also varies. The fracture line may be transverse, oblique, spiral, etc. There can be one or more fracture lines. A fracture with more than one fracture line is called a comminuted fracture. The fracture may be displaced or undisplaced after the fracture.
Sometimes, the fracture ends are inserted into each other, which is called an insertion fracture. In cancellous bone, compression deformation can occur under external forces, called compression fractures, such as compression fractures of the vertebrae and heel bone.
The stability of the fracture varies with the form of the fracture. Non-displaced fractures, inset fractures and transverse fractures are not easily re-displaced after repositioning and are stable fractures oblique fractures, spiral fractures and comminuted fractures are not easily fixed and are unstable fractures.
The site and type of fracture are treated differently. The site and type of fracture are the main basis for deciding the treatment method and are closely related to the choice of treatment method.
Stable fractures are mostly fixed by small splints or casts, which is a simple method and less painful for the patient.
Unstable fractures can be cured by the above mentioned external fixation methods, but sometimes surgical incision and internal fixation is required. Fractures of the femoral stem require surgical fixation because of the strong surrounding muscles. Fractures of the femoral neck and intertrochanteric fracture in middle-aged and old people can be fixed by percutaneous puncture with multiple needles, which is a simple surgical method and causes little damage to the patient.
The locking screw tray is a critical accessory for orthopedic internal fixation procedures, particularly for locking plate systems. It contains locking screws of various specifications (diameter, length), typically crafted from medical-grade titanium alloy. The tray features compartmentalized design
The PFNA intramedullary nail instrument set is a specialized integrated surgical tool system designed for proximal femoral fractures, particularly osteoporotic intertrochanteric fractures in elderly patients. Its core instruments include the main nail, spiral reamer, and matching locking nails. The
Advantages of mini plate instrument set1.Efficient surgical process optimizationStandardized matching designIncludes specialized drill bits, guides, depth gauges, screwdrivers, and other tools that perfectly match mini steel plates, avoiding delays during surgery caused by incompatible instruments.M
Precise fixation, functional preservationProvides stable fixation for complex fractures (such as comminuted fractures) while preserving joint mobility and preventing joint stiffness.Minimally invasive compatibilityCan be implanted through a small incision in conjunction with percutaneous screw techn
Orthopedic external fixation stents have significant therapeutic effects in the treatment of fractures and the management of various orthopedic diseases.Correct deformitiesGuiding bone remodeling: For cases where limb deformities occur, external fixation scaffolds can gradually adjust the Angle and
Orthopedic external fixation stents have significant therapeutic effects in the treatment of fractures and the management of various orthopedic diseases.Fix the fracture site and promote healingStable support: The external fixation stent can provide stable support at the fracture site. By connecting
Indications and Contraindications for Orthopedic Steel Plates1、 Applicable scenariosOsteoporotic fracturesIntra articular comminuted fractureComminuted fracture of the metaphysisHighly unstable fractures such as periprosthetic fracturesThe bridging principle (comminuted fracture) and the combination
Surgical operation and risk of complications of orthopedic surgical steel plates1、 Key points of surgical techniques1. Steel plate length selection (span ratio>2-3), screw density control (recommended<0.5), screw sequence (ordinary screws first, then lock screws to apply pressure) 29.2. Minimally in