GV Style Compression Plate for Veterinary TPLO and Fracture Fixation

GV Style Compression Plate is a stainless steel veterinary orthopedic implant plate designed for fracture stabilization, TPLO support, bone segment alignment, and plate-screw fixation in small and large animal orthopedic surgery. The available variants include 37mm to 253mm plate lengths, 12mm and 14mm widths, 4mm and 4.9mm thickness profiles, and 2 to 14 hole configurations for different bone sizes and fixation plans. The plate has an elongated straight body, evenly spaced screw holes, contoured implant edges, and a rigid profile for maintaining alignment after reduction and screw placement. It is used during tibial plateau leveling osteotomy support, long bone fracture repair, metaphyseal stabilization, corrective osteotomy, and veterinary trauma procedures where controlled compression or neutralization plating is required. Veterinary orthopedic surgeons, referral hospitals, teaching institutions, small animal practitioners, large animal surgical teams, and procurement departments use this plate family in TPLO trays and orthopedic implant inventories.

GV Plate Geometry, Screw Hole Layout, and Compression Support

The GV Style Compression Plate works as a load-sharing orthopedic implant when applied to a reduced fracture, osteotomy, or stabilized bone segment with compatible orthopedic screws. The elongated bar profile distributes fixation points along the bone, while the screw hole layout allows the surgeon to place multiple screws on each side of the repair according to bone length, fracture pattern, and plate position. The 12mm width and 4mm thickness options support standard veterinary compression plate applications, while selected 14mm wide and 4.9mm thick variants provide a broader and heavier profile for cases requiring increased plate footprint. Round hole variants support specific fixation plans where screw placement and plate geometry must match the operative strategy. During placement, the plate is held against the prepared bone surface, aligned with the intended axis, drilled through the selected holes, measured, and secured using compatible screws.

TPLO Support, Fracture Stabilization, and Orthopedic Plate Fixation

Clinical use begins after radiographic assessment, surgical planning, patient positioning, approach, reduction, plate selection, and confirmation of compatible screw instrumentation. In TPLO procedures, the GV Style Compression Plate may be selected to support the proximal tibial construct and maintain postoperative alignment after planned osteotomy positioning. In fracture repair, the plate may function as a compression, neutralization, or bridging plate depending on fracture configuration, reduction quality, screw position, and surgeon technique. The plate can be used in long bone stabilization, corrective osteotomy support, metaphyseal fixation, periarticular stabilization, and veterinary trauma workflows where multiple screw holes are required across the repair zone. Correct application depends on plate length, hole count, screw diameter compatibility, bone contour, working length, and surgeon judgment. The implant should be handled according to facility protocol for sterile transfer, implant inspection, tray organization, and single-patient orthopedic use.

37mm to 253mm Length Range and 2 to 14 Hole Selection

The shorter 37mm, 55mm, 73mm, and 91mm variants are selected for compact fixation zones, smaller patients, limited bone length, and cases requiring fewer screw positions. Mid-length 109mm, 127mm, 145mm, 163mm, 168mm, and 199mm variants provide expanded fixation options for moderate orthopedic constructs, TPLO support, and long bone fracture stabilization. Longer 217mm, 222mm, 235mm, and 253mm variants are selected when the repair requires extended working length, additional screw spread, or broader distribution of fixation forces along the bone. Hole count selection follows the intended number of screws, the need to span the fracture or osteotomy, and the surgeon’s plan for near and far segment fixation. Width and thickness selection should match patient size, bone diameter, expected loading, and compatible screw systems. Keeping the full size range in inventory helps the surgical team adapt plate selection after intraoperative measurement and contour assessment.

Stainless Steel Implant Handling, Inspection, and Procurement Documentation

Stainless steel construction supports plate rigidity, screw hole integrity, surface durability, and repeated handling during orthopedic tray preparation before surgical use. Before implantation, the surgical team should inspect the plate for visible damage, contamination, hole deformation, surface irregularity, or packaging concerns. Screw holes must remain clean and well defined so compatible drill guides, depth gauges, and screws can be used without obstruction. Implant handling should follow hospital protocol for sterilization status, sterile transfer, documentation, and single-patient use. Procurement teams can standardize GV Style Compression Plate variants with compatible cortical screws, cancellous screws, drill bits, plate bending instruments, holding forceps, reduction clamps, and orthopedic implant racks. CE marking, ISO 13485 certification, and FDA compliance language support purchasing records for veterinary hospitals, distributors, teaching programs, and institutional buyers. The price range, OEM availability, carton-box packing, and return and replacement support help clinics maintain replacement inventory across TPLO and trauma case volumes.

How is the GV Style Compression Plate used in veterinary orthopedic surgery? The GV Style Compression Plate is positioned over a reduced fracture, osteotomy, or planned TPLO construct and secured with compatible orthopedic screws. The surgeon selects the plate length, width, thickness, and hole count according to bone size, fixation objective, and screw placement plan. After alignment, drilling, depth measurement, and screw insertion, the plate helps maintain bone position while healing progresses. Final use depends on surgical planning, patient size, fracture configuration, and implant system compatibility.

Which plate length should be selected? Plate length selection depends on the bone being treated, fracture or osteotomy location, screw spread required on each side, and available working length. Shorter plates such as 37mm, 55mm, 73mm, and 91mm support compact fixation zones. Longer plates such as 199mm, 217mm, 235mm, and 253mm support extended stabilization. The surgeon should confirm length after radiographic planning and intraoperative assessment so the plate spans the repair adequately without unnecessary excess length.

What is the difference between 12mm and 14mm width variants? The 12mm width variants provide a standard GV compression plate profile for many veterinary orthopedic applications. The 14mm width variants offer a broader plate footprint for cases where increased surface contact or a heavier plate profile is required. Some 14mm variants also use a 4.9mm thickness profile. Selection should follow patient size, bone diameter, screw system compatibility, and the expected mechanical demand on the repair.

What screws are used with this compression plate? Compatible orthopedic screws are selected according to the plate holes, bone quality, fixation plan, and veterinary implant system being used. Cortical screws, cancellous screws, or other compatible screws may be used depending on the surgical requirement and plate design. The surgeon should confirm screw diameter, drill bit, depth gauge, driver fit, and screw length before placement. Proper compatibility helps maintain controlled insertion, plate seating, and stable fixation.

What role does this plate serve in a TPLO or trauma implant inventory? GV Style Compression Plate variants provide a broad straight plate family for TPLO support, fracture repair, long bone stabilization, and corrective osteotomy workflows. Stocking multiple lengths and hole counts allows the surgical team to match the implant to patient anatomy and fixation demand. These plates are stored with compatible screws, drill bits, drill guides, depth gauges, plate benders, reduction forceps, holding forceps, and implant racks for organized orthopedic case preparation.