Folding electric stretcher: prototype with actuator and control
Prototype of a folding stretcher with a wooden structure, an electric actuator on one leg and ESP32-based control electronics.
The price includes design, functional prototyping, product testing and optimization.
Why design a folding electric stretcher?
Foldable for transport
The structure folds to ease storage and transport.
Actuator adjustment
An electric actuator on one leg moves the stretcher without manual effort.
Electronic control
ESP32-based electronics drive the actuator.
Wooden structure
The structure combines wood with the mechanical and electrical elements.
First prototype of the folding electric stretcher
Product design
Blue stretcher with a wooden structure and folding format.
Electric actuator
Actuator built into one of the stretcher legs.
Electronic integration
ESP32 control electronics connected to the actuator.
Firmware
Programming for control of the stretcher movement.
Folding mechanics
Structure designed to go from folded to use.
Prototyping
Functional prototype to check movement and folding.
Project lead of the folding electric stretcher
“A stretcher that folds and moves with an actuator brings together mechanics, structure and control electronics. The challenge was to make it all work as a single product. If we could do this, we can surely do your idea.”
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