An innovative medical device called the IoT Syringe Infusion Pump is used to give patients exact dosages of medication or fluids. The brains of the pump, coordinating all of its operations, are an Arduino microcontroller, which is the central component of the system. To regulate the infusion rate, the Pusher Rod is driven by the DC Motor and pushes the syringe plunger. This is made possible via a ball screw mechanism, which guarantees precise and fluid movement.

Users receive real-time feedback from the LCD display, which shows important data including volume and infusion rate. A keypad on the pump allows users to easily enter settings and make adjustments. The pump has a WiFi Module installed for remote monitoring and control, allowing it to be connected to an Internet of Things Platform.

The system also has a variety of manual operating buttons and switches, as well as extensive electrical and wiring to provide adequate power distribution. Component assembly is supported by mounts and joints, and structural stability is provided by the supporting frame.

The electronic components used in the pump for circuit stability and control are resistors, capacitors, diodes, and transistors. Connectors help integrate various parts, and Screws and Fittings hold everything in place and guarantee dependable and effective operation of the gadget.

Components

• Arduino
• DC Motor
• LCD Display
• Keypad
• Wifi Module
• Pusher Rod
• Ball Screw
• Buttons & Switches
• Electrical & Wirings
• Mounts and Joints
• Supporting Frame
• Resistors Capacitors
• Diodes Transistors
• Connectors
• Screws and Fittings