Project Overview

The Vibrationless Patient Trolley with Detachable Bed is a collaborative research and development project aimed at enhancing patient comfort and safety during medical transport. The goal is to minimize vibrations experienced by patients, particularly those in critical conditions, while also providing a detachable bed system for seamless transfers.

Challenges & Client Requirements

• Minimization of Vibrations: Patients being transported often experience discomfort and potential medical complications due to vibrations from uneven surfaces.
• Detachable Bed Mechanism: The bed must be easily removable to facilitate quick patient transfers between different medical equipment and environments.
• Structural Stability & Weight Optimization: The trolley had to be lightweight yet strong, ensuring durability without compromising maneuverability.
• Ease of Use for Healthcare Professionals: The system had to be intuitive and easy to operate, reducing strain on hospital staff.

Hesper Tech’s Approach & Solution

• Advanced Vibration Damping System: Designed a shock absorption mechanism that significantly reduces vibrations from uneven floors and sudden movements.
• Detachable Bed Engineering: Developed a lightweight, secure, and easy-to-operate bed detachment system, ensuring seamless patient transfer with minimal effort.
• Ergonomic & User-Friendly Design: The trolley was designed for hospital and emergency use, featuring adjustable height, smooth mobility, and easy handling.
• Material Selection & Durability Testing: Ensured the trolley’s structural integrity by using lightweight but high-strength materials to support varying patient loads.

Outcome & Impact

• Enhanced Patient Comfort: Significantly reduces vibrations and sudden jolts, making patient transport safer.
• Efficient Medical Transfers: The detachable bed feature simplifies movement between medical stations, reducing stress on both patients and healthcare providers.
• Durable & Practical: Built with high-quality materials to ensure long-term reliability in hospital and emergency environments.
• Innovative Healthcare Solution: This project serves as a benchmark for future advancements in patient mobility and medical transport technologies.

Conclusion

This collaboration between Hesper Tech Pvt Ltd, SCTIMST, and GECBH is an excellent example of engineering-driven healthcare innovation. By combining mechanical precision, medical expertise, and practical design, the project successfully delivers a functional and patient-friendly solution for hospitals and emergency services.