Adil Khan 1 year ago
AdiKhanOfficial #FYP Ideas

Henna Artist

We are working on an innovative machine based on the principle of 3D printer that will  Apply Henna (Mehndi)  on  the  user?s  hands,  after  selecting design  from  menu. The henna was applied manually before as you know. When we thought to find

Project Title

Henna Artist

Project Area of Specialization

Internet of Things

Project Summary

We are working on an innovative machine based on the principle of 3D printer that will  Apply Henna (Mehndi)  on  the  user’s  hands,  after  selecting design  from  menu.

The henna was applied manually before as you know. When we thought to find a solution, 3D printers clicked somewhere in our minds that create objects according to our requirements. We got an idea from there that this could be helpful to apply henna automatically and now we are working on it. The user will choose the design from the list given by printer and then he will have nothing to do except putting her hand on the platform of machine to henna with that particular design.

To apply henna designs on hands manually takes too much time and labour.

It requires skilful labour in a sufficient count.

The skilful labour is not possible to be available 24 hours.

Another factor is, they can retain and apply a limited number of designs. They cannot memorize and apply all designs at anytime.

It takes too much time to learn a new design by any artist.

Project Objectives

Our primary concern is to provide a machine which can draw henna designs automatically with less consumption of time.

To provide a variety of design which is not possible for a single man to memorize so many designs at the same time.

To provide such machine which is available 24/7 as we can’t find a skilled labour every time.

To Provide a Profitable machine 

To Provide a Profitale Buisness, if this machine is launched in market anyone can buy it and use it to earn profit (i.e Beauticians in beauty parlor can use it for aplying henna on customer's hands)

Project Implementation Method

This is a laconic introduction of existing system from where we took the idea to make a Henna Artist. Any 3D printer is a combination of three technologies; software, mechanical and electrical. It works along three axes and usually it is controlled by Arduino. The designs we upload on Arduino will be applied by printer. Filament contains the material which is provided to extruder through a material conveyor and extruder, after melting the material, permits it to pass through nozzle and nozzle moves along Z axis by a drive given by stepper motor. The bed moves along X and Y axes and this drive is also given by a stepper motor. This is the working of a 3D printer which we observe in general.

So our proposed methodolgy to make Henna Artist will be likely 3D Printer's methodolgy.

Benefits of the Project

Henna Artist
Fully Automated No Skilled Labor Needed

-Accurate than a person ever could, greatly reducing the chance of error.

-Offer multiple latest trendy designs to user.

-24/7 Available

-Able to work on more designs than skilled worker.

Technical Details of Final Deliverable

  1. Conversion of design
  2. The design is created by graphic software, then it is converted into G-code by ink space.
  3. Design is uploaded to Arduino
  4. Arduino gives directions to stepper motor and then motor gives drive to nozzle along X and Y axes.
  5. Henna Input
  6. Container that contains henna must be filled before use.
  7. Draw a henna design
      1. Tools

Henna Artist will be constructed via three branches of science i.e. Electrical, Software and Mechanical.

Here is the list of some Tools and parts which will be used in making this machine, but this list can be extend as needed,  but  while implementation of this project this list can be extend.

Hardware

•Plywood OR Aluminum Sheet

•Linear Shafts

•Shaft Support

•Pressure Regulator/Extraudor

•Cylinder for Henna

•Bolts and Screws

Software

•Arduino IDE

•GBRL Controller

•Chrome Gcode Extension

•InkScape

•Processing 3

Electrical

•Arduino Uno

•Power Supply

•CNC Shield

•Servo Motor

•Stepper Motors

•Motor Drivers

•Wiring Cables

Final Deliverable of the Project

HW/SW integrated system

Type of Industry

Education , IT

Technologies

Internet of Things (IoT)

Sustainable Development Goals

Quality Education, Decent Work and Economic Growth, Industry, Innovation and Infrastructure

Required Resources

Item Name Type No. of Units Per Unit Cost (in Rs) Total (in Rs)
4-lead Nema17 Stepper Motor Equipment56003000
E3D Hotend Equipment110001000
MK8 Extruder Miscellaneous 1700700
SC8UU Bearings Equipment57003500
Couplers Equipment52001000
8mm Smooth Rods Equipment610006000
Smooth Rod Holder Equipment25001000
Threaded Rod Equipment312003600
Angle Brackets Equipment112601260
M3 Screws Equipment1600600
M3 Nuts Equipment1700700
stepper Motor Mount Equipment55002500
6mm fitting Equipment1850850
M4 screws+M8 Nuts Equipment112601260
GT2 Timing Belt+2 x GT2 Pulley Equipment27001400
Ardino Omega Equipment112001200
Arduino CNC shield Equipment1400400
A49AA Stepper Driver Equipment62201320
EndStops Equipment35001500
12 volt DC Power Supply Equipment125002500
LCD Display Equipment1500500
3mm Acrylic sheet Equipment125002500
Aluminum Channel Equipment140004000
servo motor Equipment25001000
small stepper motors Equipment52001000
Arduino uno Equipment110001000
Shipping Miscellaneous 150005000
Breadboard+wires+LEDS Equipment1500500
henna Equipment120002000
Tools Equipment160006000
wood Equipment120002000
Total in (Rs) 60790
If you need this project, please contact me on contact@adikhanofficial.com
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