This document summarizes the product analysis and development process for a party wear frock. It involves 12 steps, beginning with purchasing sample garments, testing fabrics and trims, sourcing similar materials, developing patterns and prototypes, and comparing production costs for tailored versus mass manufacturing. Challenges included sourcing sheer fabrics, pattern marking, and finishing layers with different drapability. The process provided hands-on experience in analyzing, developing, and quality controlling a product.
A presentation on the technology of thread and seams, including thread and needle types, sizing conventions, seam and stitch types, and trouble shooting.
A presentation on the technology of thread and seams, including thread and needle types, sizing conventions, seam and stitch types, and trouble shooting.
Garment manufacturing process fabric to finished productPrasanta Sarkar
Garment manufacturing processes are shown from fabric development to finished garments (Fabric to Fashion workflow). A lot of articles are referred for your further reading and exploring garment manufacturing business.
This is for Textile engineering students so they must have a complete grip of Inspection methods being used in industry
4 Point System is demonstrated thoroughly
Garment manufacturing process: from fabric to finished apparel productsPrasanta Sarkar
This ebook includes all the steps followed in the process of garment manufacturing - stages from making fabrics from fiber to getting garment sampling to garment production in garment factories. A resource for newcomers to get a summary of the apparel prduction process.
Objectives of Production Planning :
To determine capacity of all manufacturing departments and to plan systematically coordinated
To translate orders received from sales department into orders on the works department and to ensure steady plans of production activities.
To promote fuller utilization of plants.
To assist labor towards right and greater earnings.
To train staff in the effective performance of their duties
This presentation summarizes How should Topshop enter the Indian market. It complies all the ideas, the marketing strategies, the target consumers etc of Topshop in the Indian market.
Garment manufacturing process fabric to finished productPrasanta Sarkar
Garment manufacturing processes are shown from fabric development to finished garments (Fabric to Fashion workflow). A lot of articles are referred for your further reading and exploring garment manufacturing business.
This is for Textile engineering students so they must have a complete grip of Inspection methods being used in industry
4 Point System is demonstrated thoroughly
Garment manufacturing process: from fabric to finished apparel productsPrasanta Sarkar
This ebook includes all the steps followed in the process of garment manufacturing - stages from making fabrics from fiber to getting garment sampling to garment production in garment factories. A resource for newcomers to get a summary of the apparel prduction process.
Objectives of Production Planning :
To determine capacity of all manufacturing departments and to plan systematically coordinated
To translate orders received from sales department into orders on the works department and to ensure steady plans of production activities.
To promote fuller utilization of plants.
To assist labor towards right and greater earnings.
To train staff in the effective performance of their duties
This presentation summarizes How should Topshop enter the Indian market. It complies all the ideas, the marketing strategies, the target consumers etc of Topshop in the Indian market.
Project report which was created for second year group project.Our project was developing a online sales order accepting system for SLdesign textile shop in jaffna.
Readymade Garments: Clothing Business Ideas & OpportunitiesAjjay Kumar Gupta
Readymade Garments: Clothing Business Ideas & Opportunities
Manufacturing Plant, Detailed Project Report, Profile, Business Plan, Industry Trends, Market Research, Survey, Manufacturing Process, Machinery, Raw Materials, Feasibility Study, Investment Opportunities, Cost and Revenue, Plant Economics, Production Schedule, Working Capital Requirement, Plant Layout, Process Flow Sheet, Cost of Project, Projected Balance Sheets, Profitability Ratios, Break Even Analysis
Ready-made garments are mass-produced finished textile products of the clothing industry. They are made from many different fabrics and yarns. Their characteristics depend on the fibers used in their manufacture.
The garments are very simple to manufacture and easily marketable both in urban and rural areas. The demand of readymade garments is increasing day by day due to urbanization of the cities.
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An overview in garment industry (dept. wise)negatve
It's just an overview in a garment industry for a beginner.
Here in this slide I just showed how a garment industry works.
What are there dept. wise procedure to make a complete garment from order to shipment.
You can have a general idea about how a garment industry produce garment (like pant) from some pieces of fabrics.
Good Luck.
International Journal of Engineering Research and Development (IJERD)IJERD Editor
journal publishing, how to publish research paper, Call For research paper, international journal, publishing a paper, IJERD, journal of science and technology, how to get a research paper published, publishing a paper, publishing of journal, publishing of research paper, reserach and review articles, IJERD Journal, How to publish your research paper, publish research paper, open access engineering journal, Engineering journal, Mathemetics journal, Physics journal, Chemistry journal, Computer Engineering, Computer Science journal, how to submit your paper, peer reviw journal, indexed journal, reserach and review articles, engineering journal, www.ijerd.com, research journals,
yahoo journals, bing journals, International Journal of Engineering Research and Development, google journals, hard copy of journal
This paper deals with the result of an investigation by using different count yarn but same
parameters of knitting machine to produce cotton-elastane single jersey fabric. Here,the all parameters of
knitting machine including gauge, dia ,Stitch length, rpm, machine tension etcare same. Dyeing process also
carried out at same parameter for all fabrics. Finishing process like Heat setting, Stentering, compacting are
done in same condition But we use different count cotton yarn. In this paper, we mainly deal with the physical
properties of single jersey cotton fabric. we try to identify how the properties of single jersey knitted fabric like
fabric diameter(gray& finished condition) ,WPI&CPI(gray& finished condition),Fabric GSM(gray& finished
condition),Shrinkage (%) length &width wise, spiralityare changing with Count .Finally the findings are as
expected with some variation with the result that are thought theoretically.
Effect of machine parameters on knit fabric specificationstawfik_hussein
Effect of Machine Parameters on Knit Fabric Specifications
Cotton knit fabrics of yarn count 16Ne, 20Ne, 26Ne, 30Ne, 40Ne and 120-200 GSM for plain, 165-280 GSM for rib, 205-250 GSM for interlock were investigated with different machine parameters. The investigation developed a way so that it can be visualized or can forecast the resulting fabric specification with required configuration. The research emphasized on the adjustable points on which fabric GSM, stitch length, fabric width, and compactness directly or indirectly depends. It can be approached that the yarn count increases with the machine gauge. At different ranges of GSM the variation of the finished fabric diameter with the machine diameter is different. From a constant, VDQ number can be obtained for a particular stitch length and fabric design. Key Words: GSM, Stitch length, Yarn count, Fabric Width, Machine gauge, Needle.
International Journal of Engineering Research and DevelopmentIJERD Editor
Electrical, Electronics and Computer Engineering,
Information Engineering and Technology,
Mechanical, Industrial and Manufacturing Engineering,
Automation and Mechatronics Engineering,
Material and Chemical Engineering,
Civil and Architecture Engineering,
Biotechnology and Bio Engineering,
Environmental Engineering,
Petroleum and Mining Engineering,
Marine and Agriculture engineering,
Aerospace Engineering.
3. To Control the quality of garment by using correct and effective information on Patterns and constructionTRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
4. WORK METHODOLOGY Step 1: Purchase of garments (2 in number) Step 2: Testing of allfabrics used in the garment Step 3: Analysis of fabrics and trims Step 4: Sourcing of similar fabrics and trims as per the testing results obtained Step 5: Testing of the purchased fabrics and trims INTRODUCTION INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
5. WORK METHODOLOGY Step 6: Analysis of deviation between the fabrics of the sample garment and the sourced fabric, on the basis of the test results of the same Step 7: Preparation of measurement chart Step 8: Development of flow process chart Step 9: Pattern Development INTRODUCTION INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
6. WORK METHODOLOGY Step 10: Prototype Development (test fit in muslin fabric) Step 11: Alterations made in the developed patterns Step 12: Cutting of the fabrics as per the altered pattern Step 13: Garment Development Step 14: Comparison of CMT (Cut Make Trim) for tailor-made and mass manufactured INTRODUCTION INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
7. STYLE DESCRIPTION BRAND : FM Dresses MERCHANDISE GROUP : Party Wear THEME : Fantasia SELLING PERIOD : Summer 2006 BODY TYPE : Female Kids wear SIZE RANGES : 3-14 SAMPLE SIZE : Size 3 INTRODUCTION INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
8. FIT INDICATOR INTRODUCTION INTRODUCION HEIGHT : 36-38 1/2 CIRCUMFERENCE : slim WEIGHT RANGE: 20-25 kg HEAD CIRCUMFERENCE: 19 3/4 FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT
9. FABRIC DESCRIPTION INTRODUCION FABRIC FABRIC FABRIC1 FABRIC2 TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART FABRIC4 FABRIC3 DEVELOPMENT CMT FABRIC5
19. Conclusion: Fabric sourced is of better quality as required for a kid’s garment as it is the under layer of the garment which will be in constant contact of the body.INTRODUCION FABRIC FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART ORIGINAL DEVELOPMENT CMT SOURCED
24. Conclusion: Fabric sourced is for a high quality garment and will best suit a kid’s garment. FABRIC FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART ORIGINAL DEVELOPMENT CMT SOURCED
27. Conclusion: Fabric sourced has only one type of yarn while the fabric used in actual garment has 2 type of yarns(thick and thin), due to un availability of fabric.MEASUREMENT SPEC SHEET FLOW PROCESS CHART ORIGINAL DEVELOPMENT CMT SOURCED
33. Conclusion: Fabric sourced is of better quality with better hand and drapability. FABRIC FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART ORIGINAL DEVELOPMENT CMT SOURCED
34. TEST RESULTS- FABRIC 5 ORIGINAL CONSTRUCTED GARMENT GARMENT MESH STRUCTURE
35.
36. FRONT VIEW WITH a = Full Length of Frock = 23 inch b = Lower Bodice Fabric 5 = 12 inch c = Lower Bodice Fabric 3 = 8 inch d = Upper Bodice = 123/8 inch e = Neck Depth = 5 inch f = Lower Bodice Fabric 3 = 4 inch g = Second tier of drindle skirt = 18 inch h = Sleeve Round(Shoulder for Raglan Sleeve = 61/2 inch i = Shoulder Length = 4½ inch j = Waist = 10 ¾ inch Waist drop = 1 inch MEASUREMENTS INTRODUCION h g e FABRIC i TRIMS d MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET f FLOW PROCESS CHART a j DEVELOPMENT c b CMT
37. BACK VIEW WITH a = Full Length of Frock = 23 inch b = Lower Bodice Fabric 5 = 12 inch c = Lower Bodice Fabric 3 = 8 inch d = Upper Bodice = 123/8 inch e = Neck Depth = 5 inch f = Lower Bodice Fabric 3 = 4 inch i = Shoulder Length = 4½ inch j = Waist = 10 ¾ inch Waist drop = 1 inch MEASUREMENTS INTRODUCION e FABRIC i TRIMS d MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET f a FLOW PROCESS CHART j DEVELOPMENT c b CMT
38.
39.
40. PATTERN MAKING INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT DEVELOPMENT CMT
42. SLEEVES UPPER BODICE LOWER BODICE S003 S001 S017 BACK FRONT S002 S008 S018 S004 S011 S009 S019 S005 S012 S010 S020 S006 S013 S021 S007 S014 S022 S015 S023 S016 S024 S025 S026 OPERATION BREAKDOWN INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET FLOW PROCESS CHART FLOW PROCESS CHART DEVELOPMENT CMT
43. OPERATION NO. INTRODUCION S001 FABRIC S002 TRIMS MEASUREMENT SPEC SHEET S003 FLOW PROCESS CHART FLOW PROCESS CHART DEVELOPMENT S004 CMT S005
44. OPERATION NO. INTRODUCION S006 FABRIC TRIMS S007 MEASUREMENT SPEC SHEET S008 FLOW PROCESS CHART FLOW PROCESS CHART DEVELOPMENT S009 CMT S010
45. OPERATION NO. S011 INTRODUCION S012 FABRIC S013 TRIMS MEASUREMENT SPEC SHEET S014 FLOW PROCESS CHART FLOW PROCESS CHART S015 DEVELOPMENT CMT S016
46. OPERATION NO. INTRODUCION S017 FABRIC TRIMS S018 MEASUREMENT SPEC SHEET S019 FLOW PROCESS CHART FLOW PROCESS CHART DEVELOPMENT S020 CMT S021
47. OPERATION NO. INTRODUCION S022 FABRIC S023 TRIMS S024 MEASUREMENT SPEC SHEET FLOW PROCESS CHART FLOW PROCESS CHART S025 DEVELOPMENT S026 CMT
48. FRONT VIEW WITH 1 1 2 2 1 1 1 1 1 2 1 2 2 1 = Plain Seam Stitch Type=301 2 = Overedge Stitch (PICO) with insertion of plastic wire SEAMS & STITCHES INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT DEVELOPMENT CMT
49. BACK VIEW WITH 1 1 2 2 1 1 1 1 1 2 1 2 2 1 = Plain Seam Stitch Type=301 2 = Overedge Stitch (PICO) with insertion of plastic wire SEAMS & STITCHES INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT DEVELOPMENT CMT
50. ILLUSTRATED DIAGRAM INTRODUCION STITCH TYPE=301 FABRIC TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET TURN AND STITCH (at the hem of Fabric 1(Bukram)) PLAIN SEAM FLOW PROCESS CHART DEVELOPMENT DEVELOPMENT CMT GATHERING ZIPPER ATTACHMENT
51. COST MAKE TRIM INTRODUCION FABRIC MATERIAL TRIMS COST MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT CMT
52. COST MAKE TRIM MATERIAL COST INTRODUCION FABRIC TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT CMT
53. COST MAKE TRIM INTRODUCION FABRIC MATERIAL TRIMS COST MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT CMT
54. COST MAKE TRIM INTRODUCION FABRIC PRODUCTION TRIMS CHARGES MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART DEVELOPMENT CMT CMT
55. COST MAKE TRIM TOTAL MATERIAL COST PRODUCTION CHARGES = + COST INTRODUCION FABRIC 497.45 + 326.40 = TRIMS = 823.85 INR MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET PROFIT FLOW PROCESS CHART = 10 % of total cost incurred MARGIN DEVELOPMENT = (10/100) * 823.85 CMT CMT = 82.39 INR
56. COST MAKE TRIM Mass Manufactured INTRODUCION Company :Angelguard International FABRIC Location :Chennai, Tamil Nadu Quoted Price :Rs. 611.00 TRIMS MEASUREMENT SPEC SHEET MEASUREMENT SPEC SHEET FLOW PROCESS CHART Company :Fairchild Industries Location :New Delhi DEVELOPMENT Quoted Price :Rs. 649.00 CMT CMT
57.
58.
59. Cutting of the sheer fabrics
60. Finishing due to different drapability of the layers
61.
62.
63. Most of the part of the subject gave us a practical insight -Ability to identify and analyse Fabric and Trims, it’s properties, sources and price -Quality Control of Raw Material and Garment by using correct and effective information -Ability to develop and interpret Specification Sheets and working on patterns with Construction Details with them. -Quality Control of Garment by using correct and effective information on Patterns and Construction -Ability to source or develop the Product