Introduction
In this global pandemic situation, W.H.O has asked every one of us to continuously wash our hands with the help of hand sanitiser, soap, and hand wash. But, there is an issue with touching the surface of the hand sanitizer. So, to resolve this issue today, we will teach you how to make an electric hand sanitizer machine. Let us begin.
Supplies
After looking at today’s agenda, let us look at the supplies required to make an electric hand sanitizer machine. They are as follows:
Tools
- Cutter
- Rounder
- Pen or Pencil or Marker
- Glue Gun
Materials
- Hand Sanitizer
- Ultrasonic Sensor
- Arduino Nano
- Plastic Container
- Servo Motor
- Copper Wire
- Hot Glue Stick
- Nail
Steps To Make An Electric Hand Sanitizer Machine
Step 1: The first step is to attach the ultrasonic sensor to the Arduino.
Attaching Ultrasonic Sensor to Arduino
Step 2: In the second step, you have to connect the stepper motor wires with the Arduino and the Ultrasonic sensor.
Connecting Stepper Motor
Step 3: The third step is to fix the servo motor on one side of the plastic container using the glue gun.
Fixing the Servo Motor in Plastic Container
Step 4: Now, attach one of the copper wires to the servo motor with the help of holes present on it.
Inserting a Copper Wire
Step 5: In the next step, take a piece of hot glue and make a small hole. Now, gently put the copper wire into that hole.
Inserting Copper Wire into Hot Glue
Step 6: Now, insert a nail on one side of the box and attach the other end of the wire to it.
Attaching the Other End of the Copper Wire
Step 7: The last step is to code the code, insert it into the Arduino, and test the machine.
Electric Hand Sanitizer Machine
Recommendation
- If you do not have an ultrasonic sensor, we recommend using I.R Sensor.
- We recommend covering the plastic box as it will not damage the electronic sensors.
Things To Remember
- Make sure you use a hand sanitiser with a dispenser.
Saquib Siddiqui is a Mechanical Engineer with expertise in science projects and experiments. Saquib’s work focuses on integrating scientific concepts with practical applications, making complex ideas accessible and exciting for learners of all ages. In addition to his practical work, Saquib has authored several articles, research papers, and educational materials.
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