2-Stage Sliding Column powered by a linear actuator by Amr Shalaby2-Stage Sliding Column powered by a linear actuator by Amr Shalaby

2-Stage Sliding Column powered by a linear actuator

Amr Shalaby

Amr Shalaby

Project Summary Developed a precision-engineered, 2-stage sliding column designed to offer smooth, multi-level height adjustments for medical operating tables. This component ensures seamless, stable motion across two stages, providing enhanced flexibility and precise positioning during surgeries.

Key Features

Dual-Stage Adjustment Designed for precise height adjustments, allowing for expanded range and flexibility to accommodate diverse procedural needs.
High-Strength Materials Built from medical-grade, corrosion-resistant materials to withstand rigorous use while maintaining a lightweight, ergonomic profile.
Smooth Glide Mechanism Features an advanced sliding mechanism that provides quiet, fluid motion, enhancing stability and control in the operating room.

Skills Utilized

3D Modeling & CAD Design: Used advanced 3D modeling tools to create detailed CAD drawings and prototypes for accuracy and durability.
Mechanical Engineering: Developed load-bearing calculations and optimized materials for medical-grade reliability.
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Posted Nov 7, 2024

Engineered a 2-stage sliding column for medical tables with precise 3D CAD design, smooth height adjustment, and medical-grade materials for durable heavy use.