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Locking Dynamic Hip Plate 135°, B.C. Hole

Locking Dynamic Hip Plate | 135° | B.C. Hole | 38.0 mm Barrel | 2–12 Shaft Holes | SS316L / Titanium

The Locking Dynamic Hip Plate 135°, B.C. Hole is an orthopedic fixation plate designed for use within a compatible proximal femur / hip fixation system.

According to the supplied product image, the plate incorporates a 135° plate-barrel configuration, has a specified barrel size of 38.0 mm, is identified with a B.C. Hole configuration, and is available with 2, 3, 4, 5, 6, 8, 10, or 12 shaft holes.

The plate is manufactured from either SS316L or Titanium.

The supplied product information identifies:

  • Product Name: Locking Dynamic Hip Plate 135°, B.C. Hole
  • Product Category: Trauma – Femur
  • Anatomical Region: Proximal Femur / Hip region
  • Plate Configuration: Dynamic Hip Plate
  • Plate Angle: 135°
  • Hole Configuration: B.C. Hole
  • Barrel Size: 38.0 mm
  • Shaft Holes: 2, 3, 4, 5, 6, 8, 10, 12
  • Material Options: SS316L, Titanium

The exact plate dimensions, barrel diameter, precise definition of the 38.0 mm barrel measurement, compatible hip fixation component, locking mechanism, screw compatibility, Cat. No., GTIN No., and compatible instrumentation are not provided in the supplied image and should be confirmed from the official technical documentation and Instructions for Use.

Product Explanation

The Locking Dynamic Hip Plate 135°, B.C. Hole is an orthopedic fixation plate intended to form part of a compatible internal fixation construct involving the proximal femur / hip region.

A simplified fixation concept can be represented as:

Proximal Femur → Compatible Hip Fixation Component → 135° Dynamic Hip Plate → Compatible Fixation Screws → Internal Fixation Construct

The product is specifically identified as a:

Dynamic Hip Plate

with a:

135°

plate-barrel configuration.

According to the supplied product information, the plate incorporates a:

38.0 mm Barrel Size

and is identified with:

B.C. Hole

configuration.

The plate shaft is available with:

2 / 3 / 4 / 5 / 6 / 8 / 10 / 12 Holes

providing multiple product configurations within the same family.

Product Components and Design

  1. Dynamic Hip Plate Body

The implant consists of an elongated metallic fixation plate connected to an angled proximal barrel section.

The product is specifically identified as:

Locking Dynamic Hip Plate

according to the supplied product designation.

The supplied image visually shows a longitudinal shaft containing multiple fixation openings and an angled cylindrical proximal barrel.

The exact plate length, width, thickness, contour, and plate-to-bone relationship should be confirmed from the manufacturer’s technical drawings.

  1. 135° Plate-Barrel Angle

The product name specifies:

135°

This is an important geometric characteristic of the plate system.

The 135° designation represents the angular relationship associated with the proximal barrel and plate shaft.

The exact reference lines and measurement method used to define the 135° angle should be confirmed from the manufacturer’s dimensional drawing.

  1. Barrel Section

The proximal plate incorporates a cylindrical barrel.

According to the supplied product information:

Barrel Size: 38.0 mm

This provides a defined barrel-related dimensional specification.

However, the image does not confirm whether 38.0 mm represents:

  • Barrel length.
  • Effective barrel length.
  • Another defined barrel measurement.

Therefore, the safest product-sheet terminology is:

Barrel Size: 38.0 mm

until the manufacturer’s official dimensional drawing confirms the precise definition.

  1. B.C. Hole Configuration

The supplied data lists:

Alignment: B.C. Hole

However, B.C. Hole appears to describe a fixation-hole configuration rather than an anatomical alignment.

The exact meaning of the abbreviation B.C. is not defined in the supplied image.

Therefore, it should be retained exactly as:

B.C. Hole

without expanding the abbreviation unless confirmed by official manufacturer documentation.

For a technically structured product sheet, it may be more appropriate to record:

Hole Configuration: B.C. Hole

and:

Alignment: Not specified

subject to confirmation from the manufacturer’s master catalog.

  1. Shaft Section

According to the supplied product data, the plate is available with:

2 Shaft Holes

3 Shaft Holes

4 Shaft Holes

5 Shaft Holes

6 Shaft Holes

8 Shaft Holes

10 Shaft Holes

12 Shaft Holes

This provides eight listed shaft-hole configurations within the product family.

The exact physical plate length corresponding to each configuration is not provided.

  1. Multiple Fixation Opening Geometries

The supplied product image visually shows several openings distributed along the longitudinal plate shaft.

Different opening geometries appear to be incorporated into the design.

The exact function of each opening—such as locking fixation, conventional fixation, compression, positioning, or another function—is not specified in the supplied data and should be confirmed from the approved surgical technique.

  1. Material Options

According to the supplied product information, the plate is available in:

SS316L

and

Titanium

The exact Titanium alloy or grade is not specified in the supplied image and should be confirmed from the manufacturer’s official material specification.

Intended Use

The Locking Dynamic Hip Plate 135°, B.C. Hole is designed for use as part of a compatible orthopedic fixation system involving the proximal femur / hip region, according to the approved indications, surgical technique, and Instructions for Use.

The product designation identifies it as a Dynamic Hip Plate within a compatible femoral fixation system.

Potential applications may involve proximal femoral fixation where this 135° dynamic hip plate configuration is included within the manufacturer’s approved indications.

The exact fracture classifications, anatomical indications, compatible hip fixation components, surgical approach, fixation strategy, contraindications, and patient-selection criteria should be confirmed from the official product documentation.

Implant selection may depend on factors including:

  • Proximal femur anatomy.
  • Fracture location and configuration.
  • Required plate-barrel angle.
  • Required barrel size.
  • Required shaft-hole configuration.
  • Required plate length.
  • Bone dimensions.
  • Bone quality.
  • Compatible hip fixation component selection.
  • Compatible screw selection.
  • Compatible instrumentation.
  • Surgical approach.
  • Preoperative planning.
  • Intraoperative assessment.

The implant should be selected and implanted by a qualified orthopedic surgeon in accordance with the approved surgical technique and Instructions for Use.

Key Benefits

135° Dynamic Hip Plate Configuration

The product is specifically identified as:

Locking Dynamic Hip Plate 135°

providing a defined angular plate configuration within a compatible proximal femur fixation system.

Specified 38.0 mm Barrel Size

According to the supplied product information:

Barrel Size: 38.0 mm

providing a defined dimensional specification within this plate configuration.

The exact definition of this measurement should be confirmed from the official technical drawing.

Eight Shaft-Hole Configurations

The product family includes:

2 / 3 / 4 / 5 / 6 / 8 / 10 / 12 Shaft Holes

providing a broad range of shaft configurations.

This supports selection among multiple plate variants according to the required fixation construct and surgical plan.

B.C. Hole Configuration

The product is identified with:

B.C. Hole

configuration.

This differentiates the plate from other potential hole designs within the product family.

The exact technical characteristics represented by the term B.C. Hole should be confirmed from the manufacturer’s documentation.

3.5 mm / Dynamic Hip Fixation Family

The supplied product designation does not state a separate shaft screw size in the visible title beyond its Dynamic Hip Plate classification.

Therefore, the exact compatible screw diameters and fixation components should be obtained from the official system documentation rather than assumed from similar plate families.

Two Material Options

According to the supplied product data, the plate is available in:

SS316L

and

Titanium

Multiple Product Variants

Based strictly on the supplied information, the product family includes:

  • 1 plate angle: 135°
  • 1 listed barrel size: 38.0 mm
  • 1 B.C. Hole configuration
  • 8 shaft-hole options: 2 / 3 / 4 / 5 / 6 / 8 / 10 / 12
  • 2 material options: SS316L / Titanium

If every shaft-hole version is available in both materials, this could represent up to 16 basic shaft × material configurations for the supplied 135° / 38.0 mm specification.

The exact number of commercially available variants should be confirmed from the official Cat. No. table.

Technical Specifications

Specification Product Data
Product Name Locking Dynamic Hip Plate 135°, B.C. Hole
Product Category Trauma – Femur
Product Type Locking Dynamic Hip Plate
Anatomical Region Proximal Femur / Hip region
Plate Angle 135°
Barrel Size 38.0 mm
Hole Configuration B.C. Hole
Shaft Hole Options 2, 3, 4, 5, 6, 8, 10, 12
Number of Shaft-Hole Options 8
Materials SS316L, Titanium
Potential Basic Configurations Up to 16, subject to catalog confirmation
Alignment Not clearly specified; supplied as “B.C. Hole”
Cat. No. Not provided
GTIN No. Not provided
Plate Lengths Not provided
Plate Width Not provided
Plate Thickness Not provided
Barrel Diameter Not provided
Exact Definition of Barrel Size Not provided
Compatible Hip Fixation Component Not provided
Compatible Screw Details Not provided
B.C. Hole Definition Not provided
Titanium Grade Not provided
Compatible Instrumentation Not provided

Technical Overview

Product Name: Locking Dynamic Hip Plate 135°, B.C. Hole

Product Category: Trauma – Femur

Product Type: Locking Dynamic Hip Plate

Anatomical Region: Proximal Femur / Hip region

Plate Angle: 135°

Barrel Size: 38.0 mm

Hole Configuration: B.C. Hole

Shaft Hole Options: 2, 3, 4, 5, 6, 8, 10, and 12

Material Options: SS316L and Titanium

Plate Geometry: Angled proximal barrel connected to an elongated fixation shaft

Fixation Concept: Plate-based internal fixation using compatible hip fixation components and screws

Alignment: Not specified; B.C. Hole appears to represent hole configuration

Side-Specific Design: Not specified

Cat. No.: Not supplied

GTIN No.: Not supplied

Plate Lengths: Not supplied

Barrel Diameter: Not supplied

Specific Titanium Grade: Not supplied

Specific Screw Compatibility: Not supplied

Exact B.C. Definition: Not supplied

Product Features

  • Locking orthopedic fixation plate design.
  • Specifically identified as a Dynamic Hip Plate.
  • Associated with the Trauma – Femur product family.
  • Features a 135° plate-barrel configuration.
  • Specified with a 38.0 mm barrel size.
  • Identified with a B.C. Hole configuration.
  • Available with 2 shaft holes.
  • Available with 3 shaft holes.
  • Available with 4 shaft holes.
  • Available with 5 shaft holes.
  • Available with 6 shaft holes.
  • Available with 8 shaft holes.
  • Available with 10 shaft holes.
  • Available with 12 shaft holes.
  • Provides eight shaft-hole configurations.
  • Available in SS316L.
  • Available in Titanium.
  • Features an angled cylindrical proximal barrel.
  • Features an elongated fixation shaft.
  • Includes multiple visible fixation openings.
  • Supports multiple potential plate-length configurations.
  • Exact definition of the 38.0 mm barrel size should be confirmed from the manufacturer’s dimensional drawing.
  • Exact compatible hip fixation component should be confirmed from the official system documentation.
  • Exact meaning and technical functionality of B.C. Hole should be confirmed from the manufacturer.
  • Exact compatible screw types and diameters should be confirmed from the system documentation.
  • Exact plate lengths, width, thickness, barrel diameter, and other dimensional parameters should be confirmed from the manufacturer’s technical drawings.
  • Individual Cat. No. and GTIN No. should be added when the official product table is available.
  • Approved indications, contraindications, and surgical technique should be confirmed from the manufacturer’s Instructions for Use (IFU).

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