Description
The Qaadir Prosthetic Alignment Instrument is a precision measuring and positioning device designed for accurate alignment of lower limb prostheses during bench assembly and dynamic fitting. The instrument allows prosthetists and technicians to establish correct spatial relationships between socket, knee, pylon, and foot components, ensuring optimal biomechanical performance and patient comfort.
Used during both initial fabrication and follow-up adjustments, the alignment instrument helps maintain consistent positioning in the sagittal, coronal, and transverse planes. Accurate alignment is essential for proper load distribution, gait stability, and long-term durability of prosthetic components, making this instrument a standard tool in professional prosthetic workshops.
Manufactured from durable, workshop-grade materials, the Qaadir Prosthetic Alignment Instrument is designed for daily use in fabrication laboratories, hospitals, rehabilitation centres, and training institutions.
Key Features
-
Precision alignment tool for lower limb prostheses
-
Suitable for bench alignment and adjustment work
-
Supports accurate positioning in all planes
-
Durable construction for workshop use
-
Easy to read measurement scale
-
Stable base for reliable positioning
-
Compatible with standard prosthetic components
-
Improves consistency during fabrication
-
Essential tool for professional prosthetic labs
-
Suitable for training and education environments
Typical Uses in Prosthetics
-
Bench alignment of transtibial prostheses
-
Bench alignment of transfemoral prostheses
-
Checking socket position
-
Adjusting pylon alignment
-
Foot positioning setup
-
Pre-dynamic alignment preparation
-
Workshop quality control
Typical Applications
-
Prosthetic fabrication workshops
-
Hospital rehabilitation departments
-
Orthopaedic technical laboratories
-
Prosthetics training schools
-
Humanitarian prosthetic clinics
-
Component assembly rooms
The Qaadir Prosthetic Alignment Instrument is an essential device for achieving accurate and repeatable prosthetic alignment, helping clinicians and technicians produce high-quality prostheses with improved function, comfort, and reliability.
