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MAJOR PROJECT On 3-D PRINTER DEPARTMENT OF ELECTRONICS AND TELECOMMUNICATION ENGG Semester Chirag Chinmay— ET19L003 Gourab Sanjeeb Beura— ET19L006 Sibangi Panigrahi— ET19L005 Soumya Ranjan Sahoo- 1801227526 Under the Guidance of Prof Name Dr. ARNAB MUKOPADHYAY
Previous Reviews & Suggestions • Objectives to be defined properly • To start simulation and show results Preliminary Review • Proper implementation to be shown • Progress to be explained properly Review-I 2021
1 Introduction 2 Literature Review 3 Problem Statement 4 Block Diagram 5 Components and Budget 6 Advantages 7 Applications 8 Timeline 9 Conclusion References Contents 2021 1
Introduction 2021 1 • 3D printing or additive manufacturing (AM) is any of various processes for making a three-dimensional object of almost any shape from a 3D model or other electronic data. [1] • 3D printing has the potential to vastly accelerate innovation, compress supply chains, minimize materials and energy usage, and reduce waste. [3] • 3D printing is a new way of making products and components from a digital model. Figure 1 [4]
Literature Review 2021 1 A 3D printer is a type of industrial robot [2]. David E. H. Jones originally laid out the concept of 3D-printing. In this process objects made by printing layers on one another of specific material until entire object complete. This is one of the best process to create any complex objects in minimum time without complex process and large machines.[8] Figure 2 [6] Figure 3 [6]
Problem Statement 2021 1 The present Arduino Mega based 3D Printer is build focusing on its industrial uses i.e. • Ideal Printing • High Cost • Import and Export of High Quality Material
Arduino UNO R3 based 3D-Printer This printer mainly serves for more domestic use than industrial use .It has less efficiency than the present 3D printer but is cost effective and portable. Doesn’t require high quality material to print. Components Used: Hardware Components: Software Used: 1.Arduino Uno R3 1.Arduino IDE 2.Stepper Motors2.GRBL 3.CNC Shield 3.UGS(Universal G-Code Sender) 4.Motor Drivers 5.SMPS 6.Extruder 2021
BLOCK DIAGRAM 2021 1 PC Arduino Motor Driver X Axis Motor Z Axis Motor Y Axis Motor Extruder Output 3D object
COMPONENTS AND BUDGET 2021 Sl No. Component Name Specifications Quantity Cost(Rs) 1 Arduino UNO R3 1 550.00 2 Power Supply 12V 10A 1 950.00 3 Stepper Motor 1.8 Degree 3 1650.00 4 CNC Shield v3 1 180.00 5 Motor Driver A4988 3 285.00 6 Extruder Aluminum 1 600.00 7 Hot End 1mm dia 1 700.00 Total 4915.00
10 C. V. Raman Global University, Odisha 2021 Current State of our project
ADVANTAGES • MASS PRODUCTION • RAPID MANUFACTURING • COST REDUCTION ON IMPORTED PRODUCTS • PRINT OF DEMAND • LESS RAW MATERIAL LOSS 2021 Figure 6
APPLICATIONS • TOYS • MOBILE BACKCOVERS • CHAIR WHEELS • CHAIRS OF KIDS • CASES AND COVERS FOR HOME APPLIANCES • STATUES • LOGOS • HOUSEHOLD DESIGNS 2021 Figure 7
Timeline 2021 1 • February 2021 Project Topic Finalisation • June 2021 Execution on Block diagram and Virtual Simulations • September 2021-December 2021 Physical building of the project. • January 2022-(Early)March 2022 Proper Testing and Completion of The Project
CONCLUSION There is no Doubt That 3D printing will be a revolutionary force in manufacturing in near future, the main purpose of our project is to make products in our country so that we dont need to buy from elsewhere that will reduce its cost automatically. We can also built on demand products imediately. [3] C. V. Raman Global University, Odisha Figure 8
References 2021 1 • [1] Jee & Sachs, 1999, “A Visual Simulation Technique For 3D Printing”, Elsevier Journal Of Advance In Engineering Software 31,pp-97-106. • [2] Barry Bermon, 2012, “3D Printing -The New Industrial Revolution”, Elsevier Journal Of Business Horizons 55, pp-155-162. • [3] Stephens & Azimi & Orch&Romos,”Ultrafine Article Emmision From Desktop 3D Printer” • [4] Leuven Belgium, 2013, “3D Printing -A Maturing Technology”, The International Federation Of Automatic Control”,pp-468- 472. • [5] Cajal & Santolaria, 2013. “Volumetric error compensation technique for 3D printers”, Elsevier Journal Of Procedia Engineering 63,pp-642-649. • [6] Galantucci & Lavecchia, 2014, “Analysis of dimensional performance for 3D printer based on FDM technique”, Elsevier Journal Of Procedia CIRP 28,pp-82-87. • [7] Belter &Doller, 2015, “Strengthening of 3D printed FDM part using the fill compositing technique”, • [8] Mr. A. A. Shinde & Mr. R.D. Patil, 2020,” 3D Printing Technology, Material Used For Printing and its Applications”, International Journal of Scientific & Engineering Research Volume 11, Issue 7, July-2020 ISSN 2229-5518 • [9] Website:”https://forum.arduino.cc/t/3d-printer-using-uno-r3/464597/10”
Thank You 2021