The document outlines a final year project by students from the Department of Mechanical Engineering focused on the design and development of an automatic wet tissue paper packing machine sponsored by JKC Automobile Engineering. The project aims to automate the currently semi-automatic process to enhance production efficiency, incorporating both mechanical and electronic components within a mechatronics system. A detailed schedule for project completion is included, covering all phases from problem identification to documentation.

1. PES’S MODERN COLLEGE
OF ENGINEERING
DEPARTMENT OF MECHANICAL
ENGINEERING
FINAL YEAR PROJECT
GROUP 12
PROJECT PROPOSED BY :
1. Akshay shinde 43289
2. Sanjeev Sutar 43290
3. Yogesh Vagre 43292

2. INDEX
SR.NO TOPIC
1 PROPOSED TITLE & SPONSORING COMPANY
2 LITERATURE SURVEY
3 NEED OF THE PROJECT
4 PROBLEM DEFINITION
5 OBJECTIVE
6 SCOPE OF THE PROJECT
7 WORKING
8 SCHEDULE FOR COMPLETION
9 Conclusion

3. PROPOSED TITLE:
STUDY, DESIGN & DEVELOPMENT OF
AUTOMATIC WET TISSUE PAPER PACKING
MACHIN
SPONSORING COMPANY:
JKC Automobile
Engineering

4. LITERATURE SURVEY :
 Industrial Survey :-
 Research Papers :-

5. PROBLEM DEFINITION:
Currently in many small packaging company packing of wet
tissue paper is done by semi automatic machines.
Our aim is to design a machine that will automated tissue paper
packaging process in order to increase efficiency of their
operation.

6. OBJECTIVE
 Increase the production rate by
atomization , maintaining production with
minimum errors

7. SCOPE OF THIS PROJECT
Our project is based on a Mechatronics system. The research shall entail study of:
Mechanical Components such as
Shafts and Bearings.
Electronic Components such as
Sensors & Microcontroller.
The Study of the following subjects covered for the completion of the project
Mechatronics
Design of Machine Elements
Manufacturing Processes
CAD/CAM and Automation
Dynamics of Machinery

8. WORKING:
 Main structure adopts full servo control
 Opens the roll of raw material & tension control automatically
 Chemical sprinkler system
 Adopt double folding & double packaging system
 the packaging film punches & labelling automatically
 The stacking pieces & the position of packing film’s punching &
labelling can be set on touch screen

9. SCHEDULE FOR COMPLETION
Task Month of Completion
Problem identification and
requirement.
August
Problem modeling September
System analysis and specifications August-September
Design(CAD) September-October
Virtual Testing(Software and
analytical)
October
Module implementation and
integration
November-December-January
System test and evaluation January-February
Documentation and management February-March

10. CONCLUSION
 The concept borders on innovation and will bring Exemplary Change in the Test
Facility in terms of:
 High Production rate
 Time efficient