Modern Wet Processing Machine in textile industries. Actually here present a computer system machine.

1. MODERN WET PROCESSING
MACHINE
SUBMITTED BY:
Name: Md Nazmul Hasan.
ID : 173003011
nazmul,.gubtex@gmail.com

2. CONTENTS
1. Introduction.
2. Categorized.
3. Computer Color Matching System (CCMS).
4. Basic Three Things (CCMS).
5. Functions.
6. Working Procedure .
7. Advantages .
8. Conclusion.

3. INTRODUCTION
1. textile material the efficient working of textile
manufacturing and processing machines have
great importance.
2. The quantitative and qualitative product is
produced by applying technically developed
features in machineries which assist in increasing
the trading of textile industries.

4. CATEGORIZED
1. Applications of computer in testing equipment for
wet processing.
2. Applications of computer in process machineries
for wet processing.
3. Applications of computer in process management
for wet processing.
4. Applications of computer in overall process
management for wet processing.

5. COMPUTER COLOR
MATCHING SYSTEM
1. Computer Color Matching (CCMS) is the
instrumental color formulation.
2. its based on recipe calculation using the
spectrophotometric properties of dyestuff and
fibers.
3. Short form of it is (CCMS).

6. BASIC THREE THINGS (CCMS)
1. Color measurement Instrument spectrophotometers.
2. Reflectance (R%) from a mixture of Dyes or Pigments applied in a
specific way.
3. Optical model of color vision to closeness of the color matching
(CIE L*A*B).

7. FUNCTION
S
1. Color match prediction.
2. Color difference calculation.
3. Determine meta-merism .
4. Pass/Fail option.
5. Color fastness rating.
6. Cost Comparison.
7. Strength evaluation of dyes.
8. Whiteness indices.

8. WORKING PROCEDURE
1. The working procedure of CCMS which is used for dyeing lab to
match the shade of the products.
2. Generally buyer gives a fabric sample swatch or Panton number of
a specific shade to the producer.
3. Producer gives the fabric sample to lab dip development
department to match the shade of the fabric.
4. After getting the sample they analyze the color of the sample
manually. In the other hand they can take help from the computer
color matching system.

9. 1. AT FIRST IT NEEDS TO FIT THE SAMPLE TO THE
SPECTROPHOTOMETER WHICH ANALYZES THE
DEPTH OF THE SHADE AND IT SHOWS THE RESULTS
OF THE COLOR DEPTH.
2. AT THE SAME TIME IT NEEDS TO DETERMINE THE
COLOR COMBINATION BY WHICH YOU WANT TO
DYE THE FABRIC.
3.THEN IT WILL GENERATE SOME DYEING RECIPE
WHICH IS NEARLY SAME.

10. ADVANTAGES
1. Customers get the exact shade wanted with his knowledge of
degree of metamerism .
2. Customers often have a choice of 10-20 formulation that will
match color. By taking costing, availability of dyes, and
auxiliaries into account, one can choose a best swatch.
3. 3 to 300 times faster than manual color matching.
4. Limited range of stock color needed.

11. CONCLUSION
1. In our wet processing sector of textile, it is very important to have
well prepared/pretreated fabric which is aided by the application
of computer more precisely.
2. Another most important and can be called as the main part of
dyeing process is to match the color or to have appropriate shade
of color which also assisted by computer ( data color ,
spectrophotometer ) etc.
3. And at last assuring the quality of materials also done by
computer