DHS Angle Guide – 135°

Description

In the technical execution of proximal femoral stabilization and hip fracture osteosynthesis, maintaining a strict 135-degree neck-shaft angle is the foundation of long-term construct success. The DHS Angle Guide – 135° is a specialized orthopedic targeting instrument engineered to establish and maintain a precise drilling axis. As a definitive pilot system, it ensures that lag screws and fixation hardware are delivered at the exact 135-degree inclination required for optimal load-bearing and anatomical restoration. By providing a rigid angular reference, this guide eliminates the margin for error during guide wire insertion, ensuring that the implant is centered perfectly within the femoral neck to prevent “cut-out” or mechanical failure.

Unblemished Precision for Restoring Human Motion

When the clinical mission is restoring human motion through rigid internal fixation of the hip, the structural integrity and trajectory accuracy of your guidance tools must be absolute. Forged from high-yield, premium surgical-grade stainless steel, this 135-degree angle guide delivers exceptional mechanical resilience. It is engineered to withstand the high rotational torque of surgical power drives while maintaining its rigid angular calibration through repeated high-stress trauma procedures.

To meet the absolute highest standards of clinical asepsis and reflect a truly premium, minimal design aesthetic, the entire profile of the guide is meticulously manufactured to be completely free of visual clutter, text markings, or unnecessary textured surface patches. This perfectly smooth, unblemished profile features a high-gloss, shining metallic finish. This not only guarantees rapid, effortless hospital sterilization by eliminating microscopic crevices where biological debris could harbor, but it also ensures an atraumatic, low-friction interface, ensuring the guide sits cleanly against bone surfaces and orthopedic plates without mechanical snagging.

Primary Clinical Applications

This essential angled guidance instrument is a mandatory asset for any comprehensive trauma, reconstructive, or proximal fixation tray, specifically indicated for:

• Intertrochanteric Fracture Fixation: Ensuring the standard 135-degree trajectory is accurately maintained during the insertion of lag screws in Dynamic Hip Screw procedures.

• Proximal Femoral Osteosynthesis: Providing a stable pilot for constructs where a specific 135-degree path is required for biomechanical stability.

• Fracture Reduction Stability: Assisting in the accurate placement of temporary fixation pins at a fixed inclination to maintain anatomical reduction.

• Hardware Alignment: Optimizing the interface between drill bits and orthopedic plating systems to ensure seamless hardware engagement.

Core Surgical Benefits & Features

• Fixed 135-Degree Calibration: Precision-machined to ensure a permanent, non-deviating trajectory, eliminating the risks associated with manual angulation.

• High-Stability Footprint: Designed with an optimized base to provide superior surface contact and stability against the lateral femoral cortex during drilling.

• Flawless Surface Integrity: Features a high-gloss, pristine metallic exterior entirely devoid of visual clutter to guarantee absolute clinical sterility and frictionless handling.

• Corrosion-Resistant Architecture: Engineered to withstand the intense thermal and chemical stresses of continuous hospital autoclave cycles without losing its polished finish.

• Premium Construction: Exceptionally robust and highly durable, ensuring peak performance and trajectory accuracy through a long service life in the trauma suite.

Secure Precision in Hip Fracture Fixation

Equip your surgical suite with the refined, high-performance instrumentation necessary for flawless anatomical stabilization and surgical safety. You can buy the DHS Angle Guide – 135° online to provide your surgical team with surgeon-trusted reliability, superior trajectory control, and unmatched performance in all your primary trauma and reconstructive procedures.