fortune liquid air engineering

GSTIN: 27AAFCF3171P1Z7

Fortune Liquid
Air Engineering Pvt Ltd.

Patient Stretcher

Patient Stretcher

A patient stretcher, commonly referred to as a medical stretcher or simply a stretcher, is a vital piece of medical equipment used in hospitals, ambulances, and various healthcare settings to transport patients, whether they are injured, ill, or need to be moved for medical procedures. Stretcher designs and features vary to accommodate different patient needs and clinical situations.

Key Features:

  • Patient Transport: The primary function of a patient stretcher is to safely transport patients from one location to another, such as from an emergency site to an ambulance or from one department to another within a hospital.

  • Adjustable Positioning: Many stretchers are designed with adjustable backrests and leg sections to allow patients to be placed in various positions, including a reclined or fully flat position.

  • Mobility: Stretchers are equipped with wheels or casters, allowing easy mobility. Some have swivel wheels for maneuvering in tight spaces.

  • Side Rails: Patient stretchers often have collapsible or removable side rails for patient safety and security during transport. The rails can be raised or lowered as needed.

  • Mattress: The stretcher mattress is typically made of foam or other materials to provide patient comfort and reduce pressure sores. It is covered with a durable and easy-to-clean material.

  • Safety Straps: Restraint straps or belts are used to secure patients on the stretcher during transport, preventing them from falling off.

  • IV Poles: Many stretchers have attachment points for IV (intravenous) poles to administer fluids or medications during transport.

  • Radiolucent Design: In some cases, stretchers are designed to be radiolucent, allowing for X-rays or imaging procedures without having to move the patient.

  • Height Adjustment: Some stretchers have adjustable height features to facilitate patient transfer to other hospital equipment, such as examination tables or operating room beds.

  • Trendelenburg and Reverse Trendelenburg: Some stretcher models allow for the Trendelenburg position (head down, feet up) and reverse Trendelenburg position (head up, feet down) to manage specific medical conditions or surgical needs.

  • Braking System: Stretchers are equipped with brakes to secure them in place during procedures or while transferring patients.

  • Weight Capacity: The weight capacity of a stretcher varies by model, and some are designed to accommodate bariatric patients.

  • Folding or Collapsible Design: Some stretcher designs allow for easy folding or collapse for storage or transport.

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