《包装技术基础》(英文版)第18课 概述

UNIT FIVE PACKAGING MACHINERY 第五单元包装机械
UNIT FIVE PACKAGING MACHINERY 第五单元 包装机械

Lesson 18 General Overview 第18课概述
Lesson 18 General Overview 第18课 概述

Automated Production oday, automated production is essential. Neither volume nor product consistency can be achieved in any other way. Increasing production in a cost-effective manner is a difficult and complex undertaking. The project engineer overseeing such a project must have strong support from management, production maintenance and vendors delays errors and higher costs will result if this support is not totally integrated, with all concerned playing an active role
Automated Production Today, automated production is essential. Neither volume nor product consistency can be achieved in any other way. Increasing production in a cost-effective manner is a difficult and complex undertaking. The project engineer overseeing such a project must have strong support from management, production, maintenance, and vendors. Delays, errors, and higher costs will result if this support is not totally integrated, with all concerned playing an active role

Automated Production Increasing Production Four options to increase production are Buy new state-of-the-art equipment Do something with existing equipment Buy refurbished equipment Hire a contract packager Factors that will influence this choice are as follows Availability of in-plant equipment Market demand for the product
Automated Production Increasing Production Four options to increase production are: Buy new state-of-the-art equipment. Do something with existing equipment. Buy refurbished equipment. Hire a contract packager. Factors that will influence this choice are as follows: Availability of in-plant equipment Market demand for the product

Automated Production The time frame in which the product must be produced Production volume Quality standards Equipment technology Space constraint Installation requirement
Automated Production The time frame in which the product must be produced Production volume Quality standards Equipment technology Space constraint Installation requirement

The New Production line The Packaging Machine Industry Packaging machinery manufacture is a highly specialized business that does not produce large numbers of identical machines Products and packages come in such an infinite variety of materials and forms that even though a company may specialize in a particular machine class. In this respect, packaging machinery Is a custom business
The New Production Line The Packaging Machine Industry Packaging machinery manufacture is a highly specialized business that does not produce large numbers of identical machines. Products and packages come in such an infinite variety of materials and forms that even though a company may specialize in a particular machine class. In this respect, packaging machinery is a custom business

The New Production line Given that a complete packaging line may consist of six functional stations from six suppliers, connected by conveyors and buffers made by still another supplier, it is not likely that a new line can be plugged in and work instantly and perfectly. New lines have to be debugged and brought up to operating speed. Good production engineers can usually coax a bit more speed out of a line given time and experience with the process
The New Production Line Given that a complete packaging line may consist of six functional stations from six suppliers, connected by conveyors and buffers made by still another supplier, it is not likely that a new line can be plugged in and work instantly and perfectly. New lines have to be debugged and brought up to operating speed. Good production engineers can usually coax a bit more speed out of a line given time and experience with the process

The New Production line General Considerations Broad decisions as to machine class need to be made early and are usually obvious. For example Will it be a dedicated machine or will it need interchangeable parts? Are particular standards of cleanliness and sterility necessary? Are active chemicals needing special corrosion rotection procedures a factor? Should the machine flow be from left to right or right to left?
The New Production Line General Considerations Broad decisions as to machine class need to be made early and are usually obvious. For example: Will it be a dedicated machine or will it need interchangeable parts? Are particular standards of cleanliness and sterility necessary? Are active chemicals needing special corrosion protection procedures a factor? Should the machine flow be from left to right or right to left?

The New Production line When examining candidate machines remember that good packaging lines accomplish their objective with a minimum of vibration and noise The transfer and flow of product and material through the production process should be smooth with the minimum of directional changes Before calling on machine suppliers, make a thorough and critical analysis of what exactly needs to be accomplished
The New Production Line When examining candidate machines, remember that good packaging lines accomplish their objective with a minimum of vibration and noise. The transfer and flow of product and material through the production process should be smooth, with the minimum of directional changes. Before calling on machine suppliers, make a thorough and critical analysis of what exactly needs to be accomplished

The New Production line Be realistic in the range of tasks that your machine will be required to perform, and resist the temptation to compromise the main objective. The more dedicated a machine is, the more efficient it will be Capital outlay for machines can be heavy Effective servicing and parts supply is a key vendor Issue
The New Production Line Be realistic in the range of tasks that your machine will be required to perform, and resist the temptation to compromise the main objective. The more dedicated a machine is, the more efficient it will be. Capital outlay for machines can be heavy. Effective servicing and parts supply is a key vendor issue
按次数下载不扣除下载券;
注册用户24小时内重复下载只扣除一次;
顺序:VIP每日次数-->可用次数-->下载券;
- 《包装技术基础》(英文版) 第17课 计算辅助包装设计系统.ppt
- 《包装技术基础》(英文版) 第16课 运输包装.ppt
- 《包装技术基础》(英文版) 第15课 缓冲包装设计七步法.ppt
- 《包装技术基础》(英文版) 第14课 产品脆值试验方法.ppt
- 《包装技术基础》(英文版) 第13课 机械冲击理论.ppt
- 《包装技术基础》(英文版) 第12课 冲击、振动和受压.ppt
- 《包装技术基础》(英文版) 第11课 包装印刷.ppt
- 《包装技术基础》(英文版) 第10课 包装中的平面设计.ppt
- 《包装技术基础》(英文版) 第9课 颜色.ppt
- 《包装技术基础》(英文版) 第8课 软包装复合材料.ppt
- 《机械制造与设计》课程教学资源(授课计划)第30-31课 平面弯曲及内力内力图.doc
- 《机械制造与设计》课程教学资源(授课计划)第28次课 圆轴扭转的强度条件.doc
- 《机械制造与设计》课程教学资源(授课计划)第27次课 圆轴扭转及内力图.doc
- 《机械制造与设计》课程教学资源(授课计划)第26次课 拉压的强度计算.doc
- 《机械制造与设计》课程教学资源(授课计划)第25次课 轴向拉压的变形及力学性能.doc
- 《机械制造与设计》课程教学资源(授课计划)第24次课 轴向拉压、内力的计算.doc
- 《机械制造与设计》课程教学资源(授课计划)第23次课 空间力系.doc
- 《机械制造与设计》课程教学资源(授课计划)第20-22次课 平面力系.doc
- 《机械制造与设计》课程教学资源(授课计划)第18-19次课 静力学基本概念.doc
- 《机械制造与设计》课程教学资源(授课计划)第11次课 渐开线齿轮的啮合,切齿原理、根切.doc
- 《包装技术基础》(英文版)第19课 包装线.ppt
- 《包装技术基础》(英文版)第20课 充填灌装系统.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第六章 辅助装置(流量控制阀).ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第一章 绪论(1.1-1.2).ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第一章 绪论(1.3)液压传动的控制方式.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第一章 绪论(主讲:方桂花).ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第二章 液压油液.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第三章 液压泵和液压马达.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第四章 液压缸.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第五章 液压阀.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第六章 辅助装置.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第七章 调速回路.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第八章 其它基本回路.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第九章 组合机床动力滑台液压系统.ppt
- 内蒙古科技大学:《液压传动——液压技术》课程教学课件(PPT讲稿)第十章 液压系统的设计与计算.ppt
- 《机械工程材料》课程教学资源(PPT课件)第4章 非金属材料.ppt
- 《机械工程材料》课程教学资源(PPT课件)第3章 常用金属材料.ppt
- 西安科技大学:《液压与气压传动》课程教学资源(电子教案)第一章 液压传动概述.doc
- 西安科技大学:《液压与气压传动》课程教学资源(电子教案)第二章 液压传动基础知识.doc
- 西安科技大学:《液压与气压传动》课程教学资源(电子教案)第三章 液压动力元件(液压泵).doc