Application of information technology in gi kkibrom G
This document discusses the application of information technology in the apparel manufacturing industry. It covers several areas:
1. Computer-aided design (CAD) software is used for pattern making, grading, and marker making to increase efficiency and standardization. Enterprise resource planning (ERP) software integrates various business functions.
2. Production planning software schedules operations and ensures on-time deliveries. Cutting is automated using computer-controlled knives. Sewing is becoming automated through robots.
3. RFID, warehouse management, e-commerce, and retail management systems improve inventory tracking, online sales, and the customer experience. Information technology has significantly increased productivity and quality in the apparel industry.
What are the factors that affect fabric consumption in apparel industry?ThreadSol
: Logically, the cost of raw material can be controlled if we monitored the fabric consumption and utilization. So, what are the factors that affect the consumption and hence the cost of the fabric. Check this post to know more.
This document discusses various garment production systems. It describes the straight line system, conventional bundle system, progressive bundle system, unit production system, and modular manufacturing system. For each system, it provides details on layout, material flow, advantages, and disadvantages. It notes that the best system depends on the product and company policies, and that companies may combine elements of different systems. The goal is to outline the key features and implications of the main production approaches used in apparel manufacturing.
The document discusses production planning and quality control in manufacturing. It describes how Gantt charts and manufacturing specifications are used to plan production timelines and quality checks. Computer systems like CAD, CAM, and CIM are implemented at various stages of design, planning, production and marketing to streamline processes, improve communication and reduce costs. The three phases of product development - pre-production, production and post-production - are outlined along with different production systems and how just-in-time stock control works.
This document discusses garment costing components and techniques. It begins by defining key costing terms like direct costs, indirect costs, fixed costs, and variable costs. It then describes how to calculate direct material costs, direct labor costs, factory overhead costs, and general operating expenses. The document outlines the different stages of costing like pre-costing, costing for line adoption, detailed costing, and actual costing. It also discusses labor costing approaches and considerations for budgeting and individual styles. Key factors that influence direct labor costs like piece rates, wage rates, and operation types are also summarized.
This document provides an introduction to CAD/CAM/CIM. It defines CAD as using computers to assist in the design process. CAM is defined as using computers to plan, manage and control manufacturing operations. CIM attempts complete automation of all manufacturing processes under computer control by integrating CAD, CAM and other business aspects. The document outlines several design disciplines and manufacturing processes. It discusses the need for CAD/CAM/CIM to increase productivity, improve quality and communication, create databases, optimize tool paths, and aid in production scheduling and shop floor control. The scope of CAD/CAM/CIM is also covered.
This document provides an introduction to CAD/CAM/CIM. It defines CAD as computer-assisted design, CAM as computer-assisted manufacturing, and CIM as computer-integrated manufacturing. It discusses various design disciplines including engineering design, mechanical design, architecture, and fashion. It describes manufacturing processes like casting, molding, and machining. It explains that CAD helps designers create and modify designs, CAM uses computers to plan and control manufacturing, and CIM aims to fully automate and integrate all factory processes under computer control. The document outlines needs for CAD/CAM/CIM like increased productivity, improved quality and communication, and effective scheduling and production control.
Application of information technology in gi kkibrom G
This document discusses the application of information technology in the apparel manufacturing industry. It covers several areas:
1. Computer-aided design (CAD) software is used for pattern making, grading, and marker making to increase efficiency and standardization. Enterprise resource planning (ERP) software integrates various business functions.
2. Production planning software schedules operations and ensures on-time deliveries. Cutting is automated using computer-controlled knives. Sewing is becoming automated through robots.
3. RFID, warehouse management, e-commerce, and retail management systems improve inventory tracking, online sales, and the customer experience. Information technology has significantly increased productivity and quality in the apparel industry.
What are the factors that affect fabric consumption in apparel industry?ThreadSol
: Logically, the cost of raw material can be controlled if we monitored the fabric consumption and utilization. So, what are the factors that affect the consumption and hence the cost of the fabric. Check this post to know more.
This document discusses various garment production systems. It describes the straight line system, conventional bundle system, progressive bundle system, unit production system, and modular manufacturing system. For each system, it provides details on layout, material flow, advantages, and disadvantages. It notes that the best system depends on the product and company policies, and that companies may combine elements of different systems. The goal is to outline the key features and implications of the main production approaches used in apparel manufacturing.
The document discusses production planning and quality control in manufacturing. It describes how Gantt charts and manufacturing specifications are used to plan production timelines and quality checks. Computer systems like CAD, CAM, and CIM are implemented at various stages of design, planning, production and marketing to streamline processes, improve communication and reduce costs. The three phases of product development - pre-production, production and post-production - are outlined along with different production systems and how just-in-time stock control works.
This document discusses garment costing components and techniques. It begins by defining key costing terms like direct costs, indirect costs, fixed costs, and variable costs. It then describes how to calculate direct material costs, direct labor costs, factory overhead costs, and general operating expenses. The document outlines the different stages of costing like pre-costing, costing for line adoption, detailed costing, and actual costing. It also discusses labor costing approaches and considerations for budgeting and individual styles. Key factors that influence direct labor costs like piece rates, wage rates, and operation types are also summarized.
This document provides an introduction to CAD/CAM/CIM. It defines CAD as using computers to assist in the design process. CAM is defined as using computers to plan, manage and control manufacturing operations. CIM attempts complete automation of all manufacturing processes under computer control by integrating CAD, CAM and other business aspects. The document outlines several design disciplines and manufacturing processes. It discusses the need for CAD/CAM/CIM to increase productivity, improve quality and communication, create databases, optimize tool paths, and aid in production scheduling and shop floor control. The scope of CAD/CAM/CIM is also covered.
This document provides an introduction to CAD/CAM/CIM. It defines CAD as computer-assisted design, CAM as computer-assisted manufacturing, and CIM as computer-integrated manufacturing. It discusses various design disciplines including engineering design, mechanical design, architecture, and fashion. It describes manufacturing processes like casting, molding, and machining. It explains that CAD helps designers create and modify designs, CAM uses computers to plan and control manufacturing, and CIM aims to fully automate and integrate all factory processes under computer control. The document outlines needs for CAD/CAM/CIM like increased productivity, improved quality and communication, and effective scheduling and production control.
This document discusses web analytics and search optimization. It provides examples of the types of data that web analytics can track, such as visitor numbers, location, referral sources, and site behavior. The document emphasizes that analytics data needs context to be useful and gives tips for using keywords strategically and making a site more findable to move metrics like conversions and referrals.
This document provides resources and tutorials for digital storytelling. It includes:
- A wiki with copyright-friendly images, audio, video editors, storytelling examples, and more.
- Tips for using programs like iMovie and Windows Movie Maker to remove audio from videos and record narration.
- Ideas for different types of digital stories and ways to scaffold storytelling skills for students.
- Step-by-step instructions for creating digital stories with Photo Story and Movie Maker using Discovery Education videos.
Spinning sector of pakistan Faisal and Reliance mills analysisMaryam Rajpoot
This document provides an analysis of the financial statements of two spinning companies in Pakistan - Faisal Spinning Mills Limited and Reliance Cotton Spinning Mills Limited - over a six year period from 2009-2014.
For Faisal Spinning Mills, various liquidity, activity, leverage and profitability ratios are calculated from the financial statements and trends are examined. The analysis finds that the company has improved its liquidity and maintained average or close to average ratios for activity, leverage and profitability.
Reliance Cotton Spinning Mills is also analyzed using financial ratios calculated from its statements. Cumulative industry analysis is presented and recommendations are provided. The document concludes with references used.
The document discusses the textile industry in India and proposes suggestions to modernize the khadi sector. It recommends setting up a model processing unit at Gandhi Ashram in Barabanki with facilities for fabric processing, garment finishing and stitching. It also suggests constituting a national expert committee to develop a long-term technology-oriented action plan to make the khadi sector more competitive.
The document discusses the increasing computerization and automation of weaving machines. Modern weaving machines use integrated microprocessors to monitor, control, and optimize functions like warp let-off, cloth take-up, and color selection. Touch screens serve as the interface between operators and the machine. Programming and archiving systems allow weaving data and machine settings to be programmed off-site and transferred to machines, shortening resetting times. Computer-aided design and manufacturing systems enable virtual simulation of fabrics and transmission of designs directly to machines.
This presentation summarizes automation in the weaving process. It outlines the topics that will be covered, including introductions to automation, how it is applied to weaving, machine requirements, demands on automation, and benefits. Key features of automation solutions for weaving are digitizing artwork, analyzing fabric faults with X-rays, controlling multiple looms from one computer, designing jacquard patterns digitally, and monitoring processes on looms. Automation is important for the weaving sector to increase efficiency and quality while reducing costs. The presentation concludes that automation allows weaving to be conducted at higher speeds with more intricate patterns and reduced downtime between styles.
(1) O documento lista várias fórmulas matemáticas, incluindo a soma e o produto de termos, cubos e quadrados. (2) Ele também apresenta 5 problemas matemáticos com opções de respostas para serem escolhidas. (3) Os problemas envolvem equações, cálculo de expressões e determinação de valores.
This document discusses the application of computers in the textile industry. It provides examples of how computers are used at various stages of the textile design and manufacturing process, including for research, design, production, distribution, and sales. Key applications mentioned include CAD for design, CAM for production control, and CIM for integrated manufacturing support. The roles of word processors, spreadsheets, graphs, and digital photography in design are also summarized.
This document discusses the use of electronics in knitting machines. It provides advantages of electronic control over mechanical control, such as higher speeds, easier programming, and greater versatility. It describes various applications of electronics like stop motions, yarn feeding systems, needle selection, and pattern selection. Microprocessors and computers allow storing large amounts of knitting data and programs. Computerized knitting machines can be programmed to move the carriage and select needles electronically for complex patterns. Overall, electronics have significantly improved knitting machine capabilities and productivity.
The document discusses Enterprise Resource Planning (ERP) systems and their benefits for the textile and apparel industry. ERP systems integrate key operations like procurement, design, production, marketing, and distribution to help companies operate more efficiently. For the textile industry, ERP can help compress supply chains, improve responsiveness, and allow real-time visibility across global operations. Specific ERP software solutions are presented for the garment industry, along with case studies of companies experiencing increased productivity, cost savings, and improved customer satisfaction after implementing these systems.
This document provides an overview and comparison of different yarn manufacturing techniques, including ring spinning, open-end spinning, compact spinning, vortex spinning, air-jet spinning, and friction spinning. It discusses the key features of each technique in terms of speed, quality of yarn produced, strengths and weaknesses. It aims to study why ring spinning remains widely used and profitable despite newer techniques being faster, as ring spinning can produce high quality yarn at high speeds and is applicable to any material.
This slide contains why application of computer techonology in apparel industry.
We've tried to give some overview in CAD CAM software ,machine in which these are used & the reason for using CAD CAM software.Thank you.
The document provides an overview of the metal spinning process. It discusses the history and classification of different metal spinning techniques. The basic metal spinning process involves clamping a metal blank between a spinning mandrel and follower, and using specially designed tools to form the blank into an axially symmetric product while it rotates at high speeds. Key aspects covered include the mechanics of cone spinning, use of multi-pass spinning for small cone angles, mandrel and tool design, lubricants, common spinning machines, advantages over other forming processes, and applications.
Weaving is a method of fabric production that involves interlacing two sets of threads perpendicular to each other at right angles. Various Philippine ethnic groups produce distinctive textiles using weaving techniques and natural dyes. Ikat weaving involves resist dyeing the warp or weft threads before weaving to create patterns, while fabrics from Kalinga, Bontoc, and other groups feature geometric designs and nature motifs woven with cotton, abaca, or other fibers.
The document provides information on the physical properties of raw cotton including fiber length, fineness, strength, cleanliness, and chemical deposits. It then discusses the components and processes of a blow room line. The key goals of the blow room are to open compressed cotton fibers with minimal damage, remove impurities, and create an evenly blended sliver. Common blow room machines include bale openers, mixers, cleaners, and scutchers which use beaters, grids, and air flow to open, clean, and blend the fibers into a uniform lap for input to the carding process.
The document discusses weaving technology and processes. It describes how weaving involves interlacing two sets of threads, the warp and weft. It then summarizes the key steps in preparing yarn for weaving: warping to transfer yarn to a beam, sizing to reduce hairiness and increase strength, and drawing-in yarns into the loom. The basic mechanisms of warp and weft control in weaving are also outlined.
This document discusses finishing processes and parameters for knit fabrics. It begins by introducing the author and objectives of studying finishing effects through a stabilizing dryer. It then discusses various finishing steps like slitting, dewatering, drying, and compacting. It describes the functions and effects of machines used in these steps like slitter, tube squeezer, dryer, stenter, and compactor. It notes problems that can occur and suggests solutions like using a Mahlo device or sunforizing device. Other machines discussed include brio, ultra-soft, and brushing machines. Graphs show effects on spirality and shrinkage. The conclusion emphasizes understanding deviations and quality control.
The document discusses weaving processes and loom types. It begins by defining weaving as the interlacing of two sets of yarns. Several preparatory processes for weaving are described, including warping, sizing, and drawing the yarns through the loom. Different types of looms are outlined, from hand looms to power looms to shuttleless looms. Woven fabric structures like plain weave, twill weave, and satin/sateen weaves are also summarized. Finally, common weaving faults and how to mend them are briefly covered.
U 8 application of information technology and cad in garment industrykibrom G
Here are the steps to simplify the given equation:
1) Group like terms:
Merry = X - Mas
2) Factorize the right hand side:
Merry = (X - Mas)
3) Simplify:
No further simplification is possible.
The simplified equation is:
Merry = (X - Mas)
Sandra Carr, Senior Lecturer, The Academy for Caribbean Fashion and Design, University of Trinidad and Tobago, shares her presentation on Production Management. Mrs. Carr presented on this topic at FashionTT's Business of Fashion Workshop on Friday 21st July, 2017.
This document discusses web analytics and search optimization. It provides examples of the types of data that web analytics can track, such as visitor numbers, location, referral sources, and site behavior. The document emphasizes that analytics data needs context to be useful and gives tips for using keywords strategically and making a site more findable to move metrics like conversions and referrals.
This document provides resources and tutorials for digital storytelling. It includes:
- A wiki with copyright-friendly images, audio, video editors, storytelling examples, and more.
- Tips for using programs like iMovie and Windows Movie Maker to remove audio from videos and record narration.
- Ideas for different types of digital stories and ways to scaffold storytelling skills for students.
- Step-by-step instructions for creating digital stories with Photo Story and Movie Maker using Discovery Education videos.
Spinning sector of pakistan Faisal and Reliance mills analysisMaryam Rajpoot
This document provides an analysis of the financial statements of two spinning companies in Pakistan - Faisal Spinning Mills Limited and Reliance Cotton Spinning Mills Limited - over a six year period from 2009-2014.
For Faisal Spinning Mills, various liquidity, activity, leverage and profitability ratios are calculated from the financial statements and trends are examined. The analysis finds that the company has improved its liquidity and maintained average or close to average ratios for activity, leverage and profitability.
Reliance Cotton Spinning Mills is also analyzed using financial ratios calculated from its statements. Cumulative industry analysis is presented and recommendations are provided. The document concludes with references used.
The document discusses the textile industry in India and proposes suggestions to modernize the khadi sector. It recommends setting up a model processing unit at Gandhi Ashram in Barabanki with facilities for fabric processing, garment finishing and stitching. It also suggests constituting a national expert committee to develop a long-term technology-oriented action plan to make the khadi sector more competitive.
The document discusses the increasing computerization and automation of weaving machines. Modern weaving machines use integrated microprocessors to monitor, control, and optimize functions like warp let-off, cloth take-up, and color selection. Touch screens serve as the interface between operators and the machine. Programming and archiving systems allow weaving data and machine settings to be programmed off-site and transferred to machines, shortening resetting times. Computer-aided design and manufacturing systems enable virtual simulation of fabrics and transmission of designs directly to machines.
This presentation summarizes automation in the weaving process. It outlines the topics that will be covered, including introductions to automation, how it is applied to weaving, machine requirements, demands on automation, and benefits. Key features of automation solutions for weaving are digitizing artwork, analyzing fabric faults with X-rays, controlling multiple looms from one computer, designing jacquard patterns digitally, and monitoring processes on looms. Automation is important for the weaving sector to increase efficiency and quality while reducing costs. The presentation concludes that automation allows weaving to be conducted at higher speeds with more intricate patterns and reduced downtime between styles.
(1) O documento lista várias fórmulas matemáticas, incluindo a soma e o produto de termos, cubos e quadrados. (2) Ele também apresenta 5 problemas matemáticos com opções de respostas para serem escolhidas. (3) Os problemas envolvem equações, cálculo de expressões e determinação de valores.
This document discusses the application of computers in the textile industry. It provides examples of how computers are used at various stages of the textile design and manufacturing process, including for research, design, production, distribution, and sales. Key applications mentioned include CAD for design, CAM for production control, and CIM for integrated manufacturing support. The roles of word processors, spreadsheets, graphs, and digital photography in design are also summarized.
This document discusses the use of electronics in knitting machines. It provides advantages of electronic control over mechanical control, such as higher speeds, easier programming, and greater versatility. It describes various applications of electronics like stop motions, yarn feeding systems, needle selection, and pattern selection. Microprocessors and computers allow storing large amounts of knitting data and programs. Computerized knitting machines can be programmed to move the carriage and select needles electronically for complex patterns. Overall, electronics have significantly improved knitting machine capabilities and productivity.
The document discusses Enterprise Resource Planning (ERP) systems and their benefits for the textile and apparel industry. ERP systems integrate key operations like procurement, design, production, marketing, and distribution to help companies operate more efficiently. For the textile industry, ERP can help compress supply chains, improve responsiveness, and allow real-time visibility across global operations. Specific ERP software solutions are presented for the garment industry, along with case studies of companies experiencing increased productivity, cost savings, and improved customer satisfaction after implementing these systems.
This document provides an overview and comparison of different yarn manufacturing techniques, including ring spinning, open-end spinning, compact spinning, vortex spinning, air-jet spinning, and friction spinning. It discusses the key features of each technique in terms of speed, quality of yarn produced, strengths and weaknesses. It aims to study why ring spinning remains widely used and profitable despite newer techniques being faster, as ring spinning can produce high quality yarn at high speeds and is applicable to any material.
This slide contains why application of computer techonology in apparel industry.
We've tried to give some overview in CAD CAM software ,machine in which these are used & the reason for using CAD CAM software.Thank you.
The document provides an overview of the metal spinning process. It discusses the history and classification of different metal spinning techniques. The basic metal spinning process involves clamping a metal blank between a spinning mandrel and follower, and using specially designed tools to form the blank into an axially symmetric product while it rotates at high speeds. Key aspects covered include the mechanics of cone spinning, use of multi-pass spinning for small cone angles, mandrel and tool design, lubricants, common spinning machines, advantages over other forming processes, and applications.
Weaving is a method of fabric production that involves interlacing two sets of threads perpendicular to each other at right angles. Various Philippine ethnic groups produce distinctive textiles using weaving techniques and natural dyes. Ikat weaving involves resist dyeing the warp or weft threads before weaving to create patterns, while fabrics from Kalinga, Bontoc, and other groups feature geometric designs and nature motifs woven with cotton, abaca, or other fibers.
The document provides information on the physical properties of raw cotton including fiber length, fineness, strength, cleanliness, and chemical deposits. It then discusses the components and processes of a blow room line. The key goals of the blow room are to open compressed cotton fibers with minimal damage, remove impurities, and create an evenly blended sliver. Common blow room machines include bale openers, mixers, cleaners, and scutchers which use beaters, grids, and air flow to open, clean, and blend the fibers into a uniform lap for input to the carding process.
The document discusses weaving technology and processes. It describes how weaving involves interlacing two sets of threads, the warp and weft. It then summarizes the key steps in preparing yarn for weaving: warping to transfer yarn to a beam, sizing to reduce hairiness and increase strength, and drawing-in yarns into the loom. The basic mechanisms of warp and weft control in weaving are also outlined.
This document discusses finishing processes and parameters for knit fabrics. It begins by introducing the author and objectives of studying finishing effects through a stabilizing dryer. It then discusses various finishing steps like slitting, dewatering, drying, and compacting. It describes the functions and effects of machines used in these steps like slitter, tube squeezer, dryer, stenter, and compactor. It notes problems that can occur and suggests solutions like using a Mahlo device or sunforizing device. Other machines discussed include brio, ultra-soft, and brushing machines. Graphs show effects on spirality and shrinkage. The conclusion emphasizes understanding deviations and quality control.
The document discusses weaving processes and loom types. It begins by defining weaving as the interlacing of two sets of yarns. Several preparatory processes for weaving are described, including warping, sizing, and drawing the yarns through the loom. Different types of looms are outlined, from hand looms to power looms to shuttleless looms. Woven fabric structures like plain weave, twill weave, and satin/sateen weaves are also summarized. Finally, common weaving faults and how to mend them are briefly covered.
U 8 application of information technology and cad in garment industrykibrom G
Here are the steps to simplify the given equation:
1) Group like terms:
Merry = X - Mas
2) Factorize the right hand side:
Merry = (X - Mas)
3) Simplify:
No further simplification is possible.
The simplified equation is:
Merry = (X - Mas)
Sandra Carr, Senior Lecturer, The Academy for Caribbean Fashion and Design, University of Trinidad and Tobago, shares her presentation on Production Management. Mrs. Carr presented on this topic at FashionTT's Business of Fashion Workshop on Friday 21st July, 2017.
This document introduces computer applications in the garments industry. It discusses how computer-aided design (CAD) and computer-aided manufacturing (CAM) systems are used at various stages of the design and production process. Specifically, it describes how CAD is used for pattern making, grading, marker making, and cutting. It also discusses other technologies like 3D draping software, knitting design systems, and computerized body scanning. Overall, the document shows how computer systems have helped automate and improve efficiency in the garments industry.
The document discusses the use of CAD (computer-aided design) software in the garment industry. It describes how CAD is used to design patterns and textile prints, simulate designs, and improve productivity. CAD connects to CAM (computer-aided manufacturing) to automate processes like cutting, spreading, and grading patterns in multiple sizes. The integration of CAD and related software has streamlined garment production and reduced costs by increasing efficiency.
A throughput bulletin for Texport Syndicate, post vsmSourav Kumar
This document summarizes an apparel internship opportunity at Texport Syndicate India Limited in Bangalore. It provides details about the company's production facilities, processes, and departments involved in apparel manufacturing. It then describes a proposed lean manufacturing project to map the value stream and optimize the production process for a specific kids' plaid shirt style being manufactured, with the goal of reducing costs while ensuring efficient resource usage and throughput.
This document provides guidelines for an internship in the apparel industry. It outlines key areas of focus in sample making, pattern making, cutting, sewing, finishing, printing/embroidery, and merchandising. For each area, it lists important processes, equipment, documentation, quality control measures, and potential issues to study. The goal is for interns to gain a comprehensive understanding of garment production from pattern design through shipment by observing operations and analyzing related documentation, reports, and samples across the different sections of the apparel factory.
This document discusses the global apparel production process from planning to shipping. It explains that manufacturers often outsource production to contractors in other countries to reduce costs. The key stages covered are production planning, global sourcing methods, costing, patternmaking, cutting, assembly, finishing, quality control, labeling, and shipping from the contractor to retailers. Offshoring production allows taking advantage of lower labor costs but introduces challenges with communication and long distances.
this gives a detailed information on how TukaCAD software works, its features and problem solving, its importance in the garment industry and the technology
The document summarizes the key processes involved in apparel manufacturing, including:
1. Design, pattern making, sampling, and grading to develop prototypes and produce sample garments.
2. Organization of departments like design, marketing, and merchandising to handle tasks like forecasting, collection planning, costing, and product development.
3. Production planning and management functions like staffing, directing, and controlling production to ensure goals are met and deviations addressed.
Sewing, math, and communication skills are essential for dressmakers, who create custom garments. Dressmakers take measurements, discuss designs with clients, create patterns, fit garments, and ensure a perfect fit. Patternmakers turn clothing designs into patterns by reading blueprints and creating templates using software and hand techniques. Sewing machinists stitch garments together using various sewing machines, fabrics, and techniques. Fashion designers need artistic, communication, computer, creativity, decision-making, and detail-oriented skills to sketch designs, select materials, and help bring their designs to life.
This document discusses computer-aided manufacturing (CAM) and its objectives and scope. CAM uses computer software and machinery to automate manufacturing processes. The purpose of CAM is to decrease error rates, increase product uniformity, and achieve precision. A CAM system can control production through automated techniques like fully automated packaging plants. It reduces labor costs and overheads. CAM evolved from numerical control and addresses manufacturing challenges through computer integration across design, planning, manufacturing, and business operations. Effective management is important for CAM to ensure quality products and profitability.
The document discusses various aspects of production including different types of production processes, the role of technology, and the job of a production manager. It describes mass production, flexible production, and customer-driven production. Production managers are responsible for planning production, determining facility layouts, implementing plans through inventory control and supplier selection, and controlling the production process.
This document discusses product design and process selection. It defines key terms like product, design, and process. It outlines important elements of product design like R&D, reverse engineering, manufacturability, and concurrent engineering. It also discusses factors that influence product design from the customer and organization perspectives. The document then covers types of process design like product focused, process focused, and repetitive focus systems. It discusses various layout types including product, process, fixed position, and cellular manufacturing layouts. Finally, it provides overviews of lean manufacturing and agile manufacturing systems.
computer-aided design and computer-aided manufacturing) refers to computer software that is used to both design and manufacture products. ... CAD/CAM applications are used to both design a product and program manufacturing processes, specifically, CNC machining.
Computer Aided Design - Unit I IntroductionJayavendhanJ
The document provides information on product cycles, design processes, sequential and concurrent engineering, and computer aided design (CAD). It describes the key stages in a typical product cycle as conceive, design, realize, and service. The design process is outlined as identification of needs, problem definition, conceptualization, feasibility study, preliminary design, detailed design, production, consumption, retirement, and distribution. Sequential engineering is defined as a linear process where stages are completed one after another, while concurrent engineering involves overlapping stages. CAD systems help designers through interaction, image manipulation, engineering analyses, simulation, animation, and automated drafting.
The document is an industry visit report submitted by Syed Zulker Nine Ratul to their course teacher, Mahbuba Sultana Mukta. It details a visit to the Santa Industries Limited factory in Bangladesh. The report provides overviews of the various sections and processes at the factory, including the storehouse, fabric inspection, cutting, sample making, CAD room, production floor, quality checks, ironing, packing, and finished goods storage. It concludes that the visit provided valuable insights into the apparel industry and operations of a fashion company.
This document discusses various design tools and production/control tools used in manufacturing. It describes tools such as design for manufacture, concurrent engineering, computer aided design, quality function deployment, failure mode and effects analysis, and rapid prototyping that help with the design process. Production/control tools covered include linear programming, PERT/CPM, sequencing, inventory management, work study, and Gantt charts which are used for production planning, scheduling, and control. The goal of these tools is to optimize designs for ease of manufacturing and improve productivity, costs, and timelines in production.
The document provides information about an industrial management presentation by students at Tribhuwan University on Brother Industries Ltd. It includes an acknowledgement, table of contents, and sections on the introduction and history of Brother Industries, their product lines, factory location and layout, material handling, production planning and control, research and development, scheduling, inventory control, material requirement planning, and other operational aspects. The presentation provides a high-level overview of Brother Industries' manufacturing operations and management systems.
The document discusses virtual manufacturing, which uses computer simulations and digital models to design, test, and analyze manufacturing processes. Virtual manufacturing can simulate assembly, welding, casting, machining and other processes. It provides benefits like improved efficiency, enhanced quality, reduced costs and increased flexibility by identifying potential issues early. The document discusses types of virtual manufacturing like assembly, welding and casting simulations. It also discusses applications like concept development, prototyping, feasibility analysis and supply chain analysis. Finally, it discusses using virtual manufacturing for manufacturing process planning, simulation and quality control testing.
Similar to Textile Manufacturing Ideas | Charles Boyd Bowman (20)
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SATTA MATKA DPBOSS KALYAN MATKA RESULTS KALYAN CHART KALYAN MATKA MATKA RESULT KALYAN MATKA TIPS SATTA MATKA MATKA COM MATKA PANA JODI TODAY BATTA SATKA MATKA PATTI JODI NUMBER MATKA RESULTS MATKA CHART MATKA JODI SATTA COM INDIA SATTA MATKA MATKA TIPS MATKA WAPKA ALL MATKA RESULT LIVE ONLINE MATKA RESULT KALYAN MATKA RESULT DPBOSS MATKA 143 MAIN MATKA KALYAN MATKA RESULTS KALYAN CHART
L'indice de performance des ports à conteneurs de l'année 2023SPATPortToamasina
Une évaluation comparable de la performance basée sur le temps d'escale des navires
L'objectif de l'ICPP est d'identifier les domaines d'amélioration qui peuvent en fin de compte bénéficier à toutes les parties concernées, des compagnies maritimes aux gouvernements nationaux en passant par les consommateurs. Il est conçu pour servir de point de référence aux principaux acteurs de l'économie mondiale, notamment les autorités et les opérateurs portuaires, les gouvernements nationaux, les organisations supranationales, les agences de développement, les divers intérêts maritimes et d'autres acteurs publics et privés du commerce, de la logistique et des services de la chaîne d'approvisionnement.
Le développement de l'ICPP repose sur le temps total passé par les porte-conteneurs dans les ports, de la manière expliquée dans les sections suivantes du rapport, et comme dans les itérations précédentes de l'ICPP. Cette quatrième itération utilise des données pour l'année civile complète 2023. Elle poursuit le changement introduit l'année dernière en n'incluant que les ports qui ont eu un minimum de 24 escales valides au cours de la période de 12 mois de l'étude. Le nombre de ports inclus dans l'ICPP 2023 est de 405.
Comme dans les éditions précédentes de l'ICPP, la production du classement fait appel à deux approches méthodologiques différentes : une approche administrative, ou technique, une méthodologie pragmatique reflétant les connaissances et le jugement des experts ; et une approche statistique, utilisant l'analyse factorielle (AF), ou plus précisément la factorisation matricielle. L'utilisation de ces deux approches vise à garantir que le classement des performances des ports à conteneurs reflète le plus fidèlement possible les performances réelles des ports, tout en étant statistiquement robuste.
Leading the Development of Profitable and Sustainable ProductsAggregage
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While growth of software-enabled solutions generates momentum, growth alone is not enough to ensure sustainability. The probability of success dramatically improves with early planning for profitability. A sustainable business model contains a system of interrelated choices made not once but over time.
Join this webinar for an iterative approach to ensuring solution, economic and relationship sustainability. We’ll explore how to shift from ambiguous descriptions of value to economic modeling of customer benefits to identify value exchange choices that enable a profitable pricing model. You’ll receive a template to apply for your solution and opportunity to receive the Software Profit Streams™ book.
Takeaways:
• Learn how to increase profits, enhance customer satisfaction, and create sustainable business models by selecting effective pricing and licensing strategies.
• Discover how to design and evolve profit streams over time, focusing on solution sustainability, economic sustainability, and relationship sustainability.
• Explore how to create more sustainable solutions, manage in-licenses, comply with regulations, and develop strong customer relationships through ethical and responsible practices.
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Progress Report - Qualcomm AI Workshop - AI available - everywhereAI summit 1...Holger Mueller
Qualcomm invited analysts and media for an AI workshop, held at Qualcomm HQ in San Diego, June 26th. My key takeaways across the different offerings is that Qualcomm us using AI across its whole portfolio. Remarkable to other analyst summits was 50% of time being dedicated to demos / hands on exeriences.
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NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi_compressed.pdfKhaled Al Awadi
Greetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USA
The Key Summaries of Forum Gas 2024.pptxSampe Purba
The Gas Forum 2024 organized by SKKMIGAS, get latest insights From Government, Gas Producers, Infrastructures and Transportation Operator, Buyers, End Users and Gas Analyst
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Kanban Coaching Exchange with Dave White - Sample SDR Report
Textile Manufacturing Ideas | Charles Boyd Bowman
1. The ways in which textile
products are manufactured in
industry.
Created By: Charles Boyd Bowman
2. Techniques and Manufacture
Content
• The development systems and their
procedures.
• The range of their hands, equipment and
devices used in fabric manufacturing.
• CAD/CAM
• Production Flowcharts
• Quality Control and Top quality Assurance
3. The production systems and their
processes
There are three primary kinds of
manufacturing program.
• One-off
• Batch
• Mass Objectives
•Understand what is meant by one-
off, batch, and mass production.
•Understand line production and
subassembly systems
•Consider cost implications when
selecting method of production
Objectives
•Understand what is meant by one-
off, batch, and mass production.
•Understand line production and
subassembly systems
•Consider cost implications when
selecting method of production
4. One-off
• One-off manufacturing is developing and
making a single material product to a
customer's requirements. The clothing
design is designed from a primary prevent
design, with a model made from affordable
material to test the decorate, fit and set up
of the clothing.
5. One-off
Haute-couture fashion: models at London Fashion Week
Task
•Look in magazines and cut out
pictures to make a collection of
designer outfits from catwalk shows.
Why are these garments made by
one-off production? How much do
these clothes and accessories cost
to buy?
Task
•Look in magazines and cut out
pictures to make a collection of
designer outfits from catwalk shows.
Why are these garments made by
one-off production? How much do
these clothes and accessories cost
to buy?
6. Group Production
• Team manufacturing is manufacturing set
levels of a fabric product to order. The design is
designed up in a method dimension from the
designed content. The design is analyzed for
quality of design and generate, then put into
manufacturing in a variety of normal dimensions.
The quality of products are different from a set of
four cushions created by a designer-maker, to
20,000 jumpers designed for a purchasing area.
7. Mass production
• Huge manufacturing is industrial-scale
production of bulk of items, usually on a
manufacturing line. Huge manufacturing is
suitable for items that rarely need to be
remodeled and are needed in very huge
numbers, eg footwear or denims.
8. Systems and sub-systems
In a manufacturing program, a variety of different
developing and manufacturing procedures or
sub-systems occur at the same time. Types of
sub-systems are:
• Lay-planning is the resting out of design
items of a content to work out the amount
and cost of content required for an item.
• Costing is working out how much each item
expenses in regards to such as components,
labor, lease and energy expenses.
9. Just-in-time stock control (JIT)
This is an affordable method of purchasing
elements and sub-assemblies to appear
just before they are needed. Stock space
for storage time is decreased but any
errors and supply will hold manufacturing
up.
Summary
•Hand-crafted, exclusive products are made individually using the one-off production
system.
•For a fixed number of identical products, batch production is cost effective.
•Mass production usually includes production lines
•Subassemblies are made separately before they are joined to the main product.
Summary
•Hand-crafted, exclusive products are made individually using the one-off production
system.
•For a fixed number of identical products, batch production is cost effective.
•Mass production usually includes production lines
•Subassemblies are made separately before they are joined to the main product.
10. The range of hand tools, equipment and
machines used in textile production.
Objectives
•Have an understanding of the
variety of machines used in
textile manufacture
•Appreciate the difference
between sewing and the
embroidery machines.
Objectives
•Have an understanding of the
variety of machines used in
textile manufacture
•Appreciate the difference
between sewing and the
embroidery machines.
Plotter/Cutting machines
Computer systems are used for creating Lay programs
which work out exactly where to place each design piece
to best use the material. Remember lost material is lost
money!
A plotter would indicate out the design items and any
development guidelines such as darts.
A CAM reducing device instantly reduces out the items
following the lay plan. It reduces the material easily and
perfectly using straight blades, underhand water
airplanes or laser treatment. Many levels can be cut out
at once which means less labor costs and more
efficiency
A Group saw can be used by a experienced owner. It is
used for reducing through several levels of material
easily. Steel sequence email safety gloves are used to
guard the employees arms.
11. Sewing machines.
These variety from easy devices to ones that do professional
projects such as buttonholes, overlocking material sides or CAD
CAM devices that sew out motifs
· Lockstitch –Used for stitching joints (Straight stitch)
· Over locker—Stitches, reduces and completes joints in one process
· Seam cover—Used for stitching buckle loops
· Automatic buttonhole—Used for stitching buttonholes
· CAD/CAM—Multihead embroidering machine
12. Hand tools and equipment
Resources & devices for
Designing, coloring and embellishing
Measuring and marking
Cutting
Heating and pressing
Identify and make a list of all the tools and equipment in your
textiles classroom
Summary
•Appropriate tools and equipment should be selected, used correctly and safely, and stored in the
designated place.
•A wide variety of tools and equipment are required when designing and making
•Efficient and accurate use of tools and equipment will help ensure that high-quality products are
made.
Summary
•Appropriate tools and equipment should be selected, used correctly and safely, and stored in the
designated place.
•A wide variety of tools and equipment are required when designing and making
•Efficient and accurate use of tools and equipment will help ensure that high-quality products are
made.
13. Industrial Machinery
Below are some of the primary
kinds of devices used in the
production of fabric products
.
Objectives
•Have an understanding of the variety of machines used in textile manufacture
•Appreciate the difference between sewing and the embroidery machines.
Objectives
•Have an understanding of the variety of machines used in textile manufacture
•Appreciate the difference between sewing and the embroidery machines.
Digital jet printer Knitting machine Band saw Multi-head
embroidery machine
Machinery can be
operated by hand, be
semi-automatic fully
automatic and can
also be computer
controlled
14. CAD
• USING COMPUTERS TO DESIGN AND PRESENT
• Computers are used by developers for:
• Writing records and developing show forums, such as
paintings, written text, excel spreadsheets, charts and
tables
• Putting together glide show presentations
• Digital electronic photography and movie making
• Designing and sampling
• Supplementing illustrating and coloring with use of
professional style software, e.g. Rate Step.
Objectives
•Understand the benefits of using computers in manufacturing.
•Appreciate the link between CAD & CAM
Objectives
•Understand the benefits of using computers in manufacturing.
•Appreciate the link between CAD & CAM
15. PROGRAMMES USED BY DESIGNERS
These include:
Microsoft Workplace - Term, Succeed,
PowerPoint, Publisher
Drawing offers – Colour, Adobe photo shop,
CorelDraw
Image modifying – Photoshop
Specialist Style application, e.g. Rate Step
16. DRAWING USING SOFTWARE
• Illustrating application can be used to style, demonstrate and show
working sketches. Attracted collections and forms or photography
pictures can be brought in and modified, or examined to operate
and create concepts. Selections with a range of managing products
can be designed from one preliminary idea.
• With some professional application it is possible to get a 3D impact
of the style by spinning the style and seeing it from different
opinions. The developer can use the computer to imitate hanging
and following their every move to create a genuine picture of the
style. Also, concepts for different colourways can be examined and
a number of printed, knitted or weaved material styles can be trialled
on display, to see the impact of each different mixture of color and
structure.
17. USE OF ICT FOR PRESENTATION
The designer can present ideas to the client on screen or
printed on to presentation boards, or via e-mail, and then
quickly modify them according to client feedback.
Promotional material developed from design work can be
adapted for use on websites, business stationery and
advertising and marketing materials, such as point of
sale literature and display posters. Computers make this
development of related design work a quicker process
18. Exam Tips
• Ensure that that you understand the
different positions of customers,
developers, producers and customers.
• You need to know what a manufacturing
plan and time-table are - and the main
distinction between them.
• Make sure that you know the main
distinction between one-off, group and
huge manufacturing.
19. Production Plan
Production planning
• Manufacturing programs and work
programs are essential preparing
resources in group and huge production.
• The production strategy should set out
details about all the levels of production,
so that every method made to the same
top quality. See example below: