Risks associated with warehouse design and process flowTristan Wiggill
A presentation by Mr Iain Sherwood (Executive Design Services: Resolve Capacity) at the Transport Forum special interest group proudly hosted by T-Systems SA (Pty)Ltd in Midrand. The theme for the event was: "Risk and Compliance Management in the Supply Chain". The topic of the presentation was: "Risks associated with Warehouse Design and Process Flow".
More like this on www.transportworldafrica.co.za
The document discusses various process strategies and tools for analyzing production processes. It describes four main types of process strategies - process focused, repetitive focused, product focused, and mass customization. Each strategy has different characteristics in terms of equipment used, worker skills required, scheduling, and costs. Tools for process design like flow diagrams, process charts, and value stream mapping are also outlined. The goal is to determine the most efficient process strategy to meet customer requirements at low cost.
Industrial manufacturing and IFS Applications 8: customer caseIFS
Miller History began in 1899 when John Miller I founded a hardware and implement store in St. Nazianz, Wisconsin. Over time, the company expanded into farm equipment dealerships, distribution, and small-scale manufacturing. In the late 1990s and 2000s, Miller began producing self-propelled sprayers and acquired a new product line. Currently employing around 285 people, Miller uses the IFS ERP system across its financials, supply chain, engineering, manufacturing, and other functions to manage operations.
Supply Chain Transformation - From First to the Last MileKris Gorrepati
Exploration of market and technology trends that are prompting organizations to transform every aspect of supply chain management, including planning, order fulfillment, transportation, warehouse management, last-mile logistics, and supply chain visibility.
The document discusses how warehouses can be converted from cost centers to profit centers. It notes that simple productivity gains are not enough and warehouses must generate actual profits. It emphasizes that key metrics like order accuracy, inventory accuracy, and cost per unit processed are crucial. Automating facilities can dramatically increase throughput and pick rates while reducing labor costs and reclaiming valuable space. Close attention to processes, systems, and automation strategies are needed to maximize profits.
Improve warehouse productivity - business breakfast sessionSukesh Ned
Sukesh Ned presents to Cumberland Business Chamber members how to optimise warehouse productivity via:
- industrial engineering techniques
- automated processes
- staff redeployment
and other techniques in April 2015
This document discusses different types of facility layouts and product-oriented layouts specifically. It describes product-oriented layouts as being organized around similar high-volume products. The advantages are high output rates, low costs, and specialization. Disadvantages include repetitive jobs, inflexibility, and susceptibility to shutdowns. It also contrasts different process types from customized, low volume production to continuous high volume standardized production. Finally, it briefly mentions disassembly lines and their growing importance for recycling.
The document discusses just-in-time (JIT) inventory strategies. It defines JIT as receiving goods only as needed in the production process to reduce inventory costs. JIT consists of JIT purchasing, manufacturing, and distribution. Examples of industries using JIT include fast food restaurants, florists, and computer manufacturers. The benefits of JIT include less space needed for stock, reduced costs, and increased cash flow. Potential disadvantages are risk of lost sales and high supplier dependence.
Risks associated with warehouse design and process flowTristan Wiggill
A presentation by Mr Iain Sherwood (Executive Design Services: Resolve Capacity) at the Transport Forum special interest group proudly hosted by T-Systems SA (Pty)Ltd in Midrand. The theme for the event was: "Risk and Compliance Management in the Supply Chain". The topic of the presentation was: "Risks associated with Warehouse Design and Process Flow".
More like this on www.transportworldafrica.co.za
The document discusses various process strategies and tools for analyzing production processes. It describes four main types of process strategies - process focused, repetitive focused, product focused, and mass customization. Each strategy has different characteristics in terms of equipment used, worker skills required, scheduling, and costs. Tools for process design like flow diagrams, process charts, and value stream mapping are also outlined. The goal is to determine the most efficient process strategy to meet customer requirements at low cost.
Industrial manufacturing and IFS Applications 8: customer caseIFS
Miller History began in 1899 when John Miller I founded a hardware and implement store in St. Nazianz, Wisconsin. Over time, the company expanded into farm equipment dealerships, distribution, and small-scale manufacturing. In the late 1990s and 2000s, Miller began producing self-propelled sprayers and acquired a new product line. Currently employing around 285 people, Miller uses the IFS ERP system across its financials, supply chain, engineering, manufacturing, and other functions to manage operations.
Supply Chain Transformation - From First to the Last MileKris Gorrepati
Exploration of market and technology trends that are prompting organizations to transform every aspect of supply chain management, including planning, order fulfillment, transportation, warehouse management, last-mile logistics, and supply chain visibility.
The document discusses how warehouses can be converted from cost centers to profit centers. It notes that simple productivity gains are not enough and warehouses must generate actual profits. It emphasizes that key metrics like order accuracy, inventory accuracy, and cost per unit processed are crucial. Automating facilities can dramatically increase throughput and pick rates while reducing labor costs and reclaiming valuable space. Close attention to processes, systems, and automation strategies are needed to maximize profits.
Improve warehouse productivity - business breakfast sessionSukesh Ned
Sukesh Ned presents to Cumberland Business Chamber members how to optimise warehouse productivity via:
- industrial engineering techniques
- automated processes
- staff redeployment
and other techniques in April 2015
This document discusses different types of facility layouts and product-oriented layouts specifically. It describes product-oriented layouts as being organized around similar high-volume products. The advantages are high output rates, low costs, and specialization. Disadvantages include repetitive jobs, inflexibility, and susceptibility to shutdowns. It also contrasts different process types from customized, low volume production to continuous high volume standardized production. Finally, it briefly mentions disassembly lines and their growing importance for recycling.
The document discusses just-in-time (JIT) inventory strategies. It defines JIT as receiving goods only as needed in the production process to reduce inventory costs. JIT consists of JIT purchasing, manufacturing, and distribution. Examples of industries using JIT include fast food restaurants, florists, and computer manufacturers. The benefits of JIT include less space needed for stock, reduced costs, and increased cash flow. Potential disadvantages are risk of lost sales and high supplier dependence.
CBN is a supplier of industrial hardware and components established in 1979 with 7 US branches and an Asian office. They provide value-added services like custom packaging and technical support. CBN aims to lower costs for customers through their proprietary CMI online system, which provides real-time inventory visibility and tightens inventory management through features like automatic replenishment. The CMI system and supply vending programs allow for complete, automated inventory control without loss or waste.
Warehouse management and operations. How to increase eirther the performances...Andrea Payaro
An exhaustive presentation about the warehouse process. The model proposed aim to help managers to organize the warehouse in terms of people, material, and infrastructure. This presentation underline some typical mistakes and risk present inside this environment. It is based on the book "Organizare il Magazzino" Ed. Esculapio, at moment available only in Italian.
Improve Packaging Performance slides
This slide show is 1 part of 7 slide shows that discuss how to:
• Improve your products packaging life cycle
• Decrease Damage Claims
• Reduce Packaging Costs
• Reduce Packaging Storage Space
• Increase Efficiency of In-House Packaging
• Increase Ease of Use when Packing & Unpacking
• Reduce Packaging Waste
This document provides an overview of just-in-time (JIT) manufacturing. It discusses that JIT aims to get the right quantity of goods at the right time and place to reduce waste. The philosophy originated in Japan in the 1950s and was developed by Toyota. The objectives of JIT are to reduce non-value activities and eliminate various types of inventory. Key elements include JIT manufacturing, total quality management, and respect for people. JIT strives to minimize stock levels by having stock arrive just in time for production. A case study on Toyota in the 1990s found that no other automaker had systems as efficient as Toyota despite many installing JIT for years.
This document discusses Just-in-Time (JIT) manufacturing. It developed in Japan after World War 2 to help rebuild the country with minimal waste. JIT aims to produce only what is needed, when it is needed, without excess inventory. This ensures a continuous flow of production. The document outlines the goals of JIT, which include minimizing costs and inventory, meeting customer demands on time, and improving flexibility. It also provides examples of successful JIT implementations at Toyota, Dell, and Harley Davidson.
This document provides an overview of vending systems and services offered by CBN. It discusses the benefits of custom-built equipment, web-based reporting, cellular technology options, and program management. Features like 24/7 access to machine data, customized reports, and total control are highlighted. The document also reviews what types of items can be stocked in the machines, hardware specifications, the process for accessing and purchasing items from the machines, and implementation timelines. Cost savings from reduced handling, inventory, and acquisition costs are noted.
A slideshow about how to make the most out of your warehouse space, which equipment to use and health and safety in the warehouse.
http://www.pdindustrial.co.uk/
This document discusses just-in-time (JIT) manufacturing. It defines JIT as producing the necessary units with the required quality and quantities at the last safe moment. The technique was first used by Ford in the 1920s and adopted by Toyota in 1954. JIT requires accepting a philosophy of maintaining the right materials, at the right time, at the right place, and in the exact amount. Benefits include reduced waste and improved efficiency, while problems include susceptibility to interruptions. Successful implementation requires employee acceptance, an enterprise resource planning system, and dependable suppliers. Real-world examples that achieved success with JIT principles are Toyota, Dell, and Harley Davidson.
This document provides an overview of Just-In-Time (JIT) manufacturing. It defines JIT as a system designed to produce output with minimum lead time and lowest cost by eliminating waste. The objectives of JIT are to produce only what customers want, when they want it, with perfect quality and no waste. McDonald's is used as an example of implementing JIT through making food only after it is ordered, which reduces waste and waiting times. The benefits of JIT for McDonald's include improved quality from fresh preparation, better customer service through customizable orders, and reduced costs through less wasted materials.
JIT (Just in Time) systems aim to eliminate waste by producing and delivering only what is needed when it is needed. This reduces excess inventory, waiting times, transportation, and other inefficiencies. JIT is well-suited for environments with highly repetitive and predictable workflows and material flows. It relies on pull systems, continuous improvement techniques, small lot sizes, uniform workloads, and consistently high quality to minimize waste and costs. While capacity increases can reduce lead times and inventory levels under JIT, achieving its benefits requires a flexible workforce and close supplier collaboration.
Emobility supply chain expansion case studyCem Yurdum
This is a high-level supply chain guidance for e-mobility and battery-powered vehicle companies that want to expand their operations. The case study goes over the overall process and people set up, key performance indicators (KPIs) to implement and track and risks to be mitigated during the expansion of sales and supply chain operations.
IVM, Inc. provides custom-built supply vending machines for their clients. Their machines offer several key features and benefits, including:
1. Customized equipment designed in-house for each client's specific needs with a network of technicians providing quick repairs and total control over the program.
2. Web-based reporting accessible 24/7 from any location or shift, allowing administrators to monitor usage and add/edit employee information.
3. Cellular-based technology that does not require IT involvement or impact existing networks while maintaining security and flexibility.
4. Full program management including dedicated customer support, machine reconfigurations, service calls, and a turnkey solution keeping the client hands-off.
Dattatray Sarjerao Chopade has over 10 years of experience in production planning and control in the steel manufacturing industry. He is currently an Associate of Production Planning and Control at Tata BlueScope Steel Ltd. where he is responsible for raw material planning, production scheduling, and ensuring smooth production operations. Previously he worked at Shree Precoated Steels Ltd as a Junior Officer overseeing their color coating line and maintaining production and quality records. He has a strong background in production management, inventory control, and aims to take on a challenging role where he can continue developing his skills.
Meet the automotive challange with ERP from IFSIFS
This document summarizes a presentation given by Stefan Issing, Global Automotive Industry Director for IFS, at the IFS World Conference in Barcelona in 2013. The presentation discusses trends in the automotive industry, including moving manufacturing to new markets, suppliers becoming more integrated, industry consolidation, and the importance of after-sales revenue. It then outlines how IFS software provides integrated functionality to support these trends, such as supply chain management, project management, quality control, and collaboration tools. Examples of automotive customers using IFS applications successfully are also presented.
David Schneider has presented two floor seminars each year at the bi-annual Modex Logistics Show in Atlanta before a crowd of 200+ attendees. Presentations are archived at www.mhi.org.
Just-in-Time (JIT) manufacturing is a philosophy aimed at eliminating waste and continuously improving productivity by keeping stock levels low and receiving stock just before it is needed in production. JIT was developed in Japan after World War II to make efficient use of limited resources and optimize costs and quality. It involves producing goods only after receiving customer orders to achieve the highest output at the lowest unit cost.
Just in time - Accounting Theory (ACT - 412) Presentation Sonia ma'amMd. Moazzem Hossain
This document provides an overview of the Just In Time (JIT) approach. It discusses:
- The history of JIT, tracing it back to Henry Ford's assembly line and further development by Taiichi Ohno at Toyota after World War II.
- The objectives and characteristics of JIT, which aim to eliminate waste and increase efficiency by receiving goods only as needed in production.
- The benefits of JIT, such as reduced inventory, lower costs, increased productivity, and better supplier relations.
- The basic elements of a JIT system, including flexible resources, cellular layouts, pull production, and quality control measures.
- An example of JIT in practice by comparing supermarket
Maximizing the productivity of your warehouse is an essential part of any business. Read these tips on warehouse shelving and layout to increase your productivity.
Just In Time (jit) inventory managementiWriteEssays
JIT is a MPR philosophy that is designed to help an organization eliminate all types of waste such as those that result from carrying too much materials and the ones associated with long lead times. Below is a sample presentation on the Just In Time (JIT) inventory management method to improve your understanding.
This document provides tips for preparing for a job interview by reviewing one's resume. It recommends practicing answering interview questions based on the information in your resume. The employer will review the resume three times - first in 10 seconds to decide if to keep it, then to determine if to interview, and finally as a guide for the interview questions. The resume should highlight skills, accomplishments, and positives and minimize negatives. Thorough preparation of the resume combined with practicing answers to potential questions will help you shine in an interview.
The theory of holistic review is easy enough to grasp - but how do you put it into practice? This presentation digs into the nuts and bolts of holistic review implementation, using the AAMC's experience as a foundation.
CBN is a supplier of industrial hardware and components established in 1979 with 7 US branches and an Asian office. They provide value-added services like custom packaging and technical support. CBN aims to lower costs for customers through their proprietary CMI online system, which provides real-time inventory visibility and tightens inventory management through features like automatic replenishment. The CMI system and supply vending programs allow for complete, automated inventory control without loss or waste.
Warehouse management and operations. How to increase eirther the performances...Andrea Payaro
An exhaustive presentation about the warehouse process. The model proposed aim to help managers to organize the warehouse in terms of people, material, and infrastructure. This presentation underline some typical mistakes and risk present inside this environment. It is based on the book "Organizare il Magazzino" Ed. Esculapio, at moment available only in Italian.
Improve Packaging Performance slides
This slide show is 1 part of 7 slide shows that discuss how to:
• Improve your products packaging life cycle
• Decrease Damage Claims
• Reduce Packaging Costs
• Reduce Packaging Storage Space
• Increase Efficiency of In-House Packaging
• Increase Ease of Use when Packing & Unpacking
• Reduce Packaging Waste
This document provides an overview of just-in-time (JIT) manufacturing. It discusses that JIT aims to get the right quantity of goods at the right time and place to reduce waste. The philosophy originated in Japan in the 1950s and was developed by Toyota. The objectives of JIT are to reduce non-value activities and eliminate various types of inventory. Key elements include JIT manufacturing, total quality management, and respect for people. JIT strives to minimize stock levels by having stock arrive just in time for production. A case study on Toyota in the 1990s found that no other automaker had systems as efficient as Toyota despite many installing JIT for years.
This document discusses Just-in-Time (JIT) manufacturing. It developed in Japan after World War 2 to help rebuild the country with minimal waste. JIT aims to produce only what is needed, when it is needed, without excess inventory. This ensures a continuous flow of production. The document outlines the goals of JIT, which include minimizing costs and inventory, meeting customer demands on time, and improving flexibility. It also provides examples of successful JIT implementations at Toyota, Dell, and Harley Davidson.
This document provides an overview of vending systems and services offered by CBN. It discusses the benefits of custom-built equipment, web-based reporting, cellular technology options, and program management. Features like 24/7 access to machine data, customized reports, and total control are highlighted. The document also reviews what types of items can be stocked in the machines, hardware specifications, the process for accessing and purchasing items from the machines, and implementation timelines. Cost savings from reduced handling, inventory, and acquisition costs are noted.
A slideshow about how to make the most out of your warehouse space, which equipment to use and health and safety in the warehouse.
http://www.pdindustrial.co.uk/
This document discusses just-in-time (JIT) manufacturing. It defines JIT as producing the necessary units with the required quality and quantities at the last safe moment. The technique was first used by Ford in the 1920s and adopted by Toyota in 1954. JIT requires accepting a philosophy of maintaining the right materials, at the right time, at the right place, and in the exact amount. Benefits include reduced waste and improved efficiency, while problems include susceptibility to interruptions. Successful implementation requires employee acceptance, an enterprise resource planning system, and dependable suppliers. Real-world examples that achieved success with JIT principles are Toyota, Dell, and Harley Davidson.
This document provides an overview of Just-In-Time (JIT) manufacturing. It defines JIT as a system designed to produce output with minimum lead time and lowest cost by eliminating waste. The objectives of JIT are to produce only what customers want, when they want it, with perfect quality and no waste. McDonald's is used as an example of implementing JIT through making food only after it is ordered, which reduces waste and waiting times. The benefits of JIT for McDonald's include improved quality from fresh preparation, better customer service through customizable orders, and reduced costs through less wasted materials.
JIT (Just in Time) systems aim to eliminate waste by producing and delivering only what is needed when it is needed. This reduces excess inventory, waiting times, transportation, and other inefficiencies. JIT is well-suited for environments with highly repetitive and predictable workflows and material flows. It relies on pull systems, continuous improvement techniques, small lot sizes, uniform workloads, and consistently high quality to minimize waste and costs. While capacity increases can reduce lead times and inventory levels under JIT, achieving its benefits requires a flexible workforce and close supplier collaboration.
Emobility supply chain expansion case studyCem Yurdum
This is a high-level supply chain guidance for e-mobility and battery-powered vehicle companies that want to expand their operations. The case study goes over the overall process and people set up, key performance indicators (KPIs) to implement and track and risks to be mitigated during the expansion of sales and supply chain operations.
IVM, Inc. provides custom-built supply vending machines for their clients. Their machines offer several key features and benefits, including:
1. Customized equipment designed in-house for each client's specific needs with a network of technicians providing quick repairs and total control over the program.
2. Web-based reporting accessible 24/7 from any location or shift, allowing administrators to monitor usage and add/edit employee information.
3. Cellular-based technology that does not require IT involvement or impact existing networks while maintaining security and flexibility.
4. Full program management including dedicated customer support, machine reconfigurations, service calls, and a turnkey solution keeping the client hands-off.
Dattatray Sarjerao Chopade has over 10 years of experience in production planning and control in the steel manufacturing industry. He is currently an Associate of Production Planning and Control at Tata BlueScope Steel Ltd. where he is responsible for raw material planning, production scheduling, and ensuring smooth production operations. Previously he worked at Shree Precoated Steels Ltd as a Junior Officer overseeing their color coating line and maintaining production and quality records. He has a strong background in production management, inventory control, and aims to take on a challenging role where he can continue developing his skills.
Meet the automotive challange with ERP from IFSIFS
This document summarizes a presentation given by Stefan Issing, Global Automotive Industry Director for IFS, at the IFS World Conference in Barcelona in 2013. The presentation discusses trends in the automotive industry, including moving manufacturing to new markets, suppliers becoming more integrated, industry consolidation, and the importance of after-sales revenue. It then outlines how IFS software provides integrated functionality to support these trends, such as supply chain management, project management, quality control, and collaboration tools. Examples of automotive customers using IFS applications successfully are also presented.
David Schneider has presented two floor seminars each year at the bi-annual Modex Logistics Show in Atlanta before a crowd of 200+ attendees. Presentations are archived at www.mhi.org.
Just-in-Time (JIT) manufacturing is a philosophy aimed at eliminating waste and continuously improving productivity by keeping stock levels low and receiving stock just before it is needed in production. JIT was developed in Japan after World War II to make efficient use of limited resources and optimize costs and quality. It involves producing goods only after receiving customer orders to achieve the highest output at the lowest unit cost.
Just in time - Accounting Theory (ACT - 412) Presentation Sonia ma'amMd. Moazzem Hossain
This document provides an overview of the Just In Time (JIT) approach. It discusses:
- The history of JIT, tracing it back to Henry Ford's assembly line and further development by Taiichi Ohno at Toyota after World War II.
- The objectives and characteristics of JIT, which aim to eliminate waste and increase efficiency by receiving goods only as needed in production.
- The benefits of JIT, such as reduced inventory, lower costs, increased productivity, and better supplier relations.
- The basic elements of a JIT system, including flexible resources, cellular layouts, pull production, and quality control measures.
- An example of JIT in practice by comparing supermarket
Maximizing the productivity of your warehouse is an essential part of any business. Read these tips on warehouse shelving and layout to increase your productivity.
Just In Time (jit) inventory managementiWriteEssays
JIT is a MPR philosophy that is designed to help an organization eliminate all types of waste such as those that result from carrying too much materials and the ones associated with long lead times. Below is a sample presentation on the Just In Time (JIT) inventory management method to improve your understanding.
This document provides tips for preparing for a job interview by reviewing one's resume. It recommends practicing answering interview questions based on the information in your resume. The employer will review the resume three times - first in 10 seconds to decide if to keep it, then to determine if to interview, and finally as a guide for the interview questions. The resume should highlight skills, accomplishments, and positives and minimize negatives. Thorough preparation of the resume combined with practicing answers to potential questions will help you shine in an interview.
The theory of holistic review is easy enough to grasp - but how do you put it into practice? This presentation digs into the nuts and bolts of holistic review implementation, using the AAMC's experience as a foundation.
This presentation explores why a diverse nursing workforce is important for the delivery of quality, patient-centered care, and provides an introduction to the concept of holistic review in admissions. The presentation is intended to prepare nursing deans for participation in a holistic review in nursing workshop provided by AACN.
- Bacteria are unicellular microorganisms that exist in various shapes including spheres, rods, and spirals. They reproduce through binary fission and are found in medicine, food industries, and decomposing matter.
- Algae are simple autotrophic organisms ranging from unicellular to multicellular forms. They are usually found in aquatic or moist places and contain chlorophyll. Some algae include Spirogyra and kelp. Algal blooms can be harmful.
- Fungi are eukaryotic organisms in the kingdom Fungi. Examples include Rhizopus mold and edible Agaricus mushrooms. Fungi have useful and harmful aspects like food spoilage or production
Hi All:
Please go through literature review and some recent research on Reconfigurable Manufacturing Execution System. Your opinion and feedback appreciated..
Thanks,
Kalpesh
To improve the quality of agriculture, we have developed a mechanism for cutting of different crops, so that harvesting can be done easily in minimum period of time.
To overcome all issues a new manually handled and engine operated cutter is fabricated for cutting of multiple types of crop like paddy, wheat, oil seeds, and pulses etc. named as “Multiple Crop Cutting Machine”. There is two types of blades are used according to need of crops. First is rotary blades, those crops needs high torque i.e. paddy, wheat this blades used. And another is reciprocating which is used for pulses and oil seeds.
MME is a custom contract manufacturer that provides integrated manufacturing solutions to bring products to market quickly and within budget. With over 35 years of experience working with Fortune 100 companies, MME offers engineering design, world-class tooling fabrication, plastic and metal molding, precision assembly, and supply chain management to expedite customers' time to market and allow them to focus on their core competencies. MME has the proven capability and expertise to handle projects requiring coordination across multiple disciplines from design to distribution.
Endries is a family-owned industrial fastener and components distributor established in 1970 in Wisconsin that was later acquired by Wolseley. It manages over 500,000 SKUs and has distribution centers in North America, Europe, and Asia to reliably source products for its customers. Endries provides various fulfillment solutions like dock-to-dock ordering and vendor managed inventory programs to help customers access the products they need. It also offers value-added services like engineering support, quality testing, and kitting and assembly.
John J. Steuby Company is one of the largest and most diversified plants in the Midwest. Our central U.S. location is ideal for receiving raw material and shipping finished product to every major area of the country. In our 144,000square foot facility, we have the capacity to produce any product you require whether it be a long, medium or short run at a highly competitive price. Because we have extensive capabilities, we can produce difficult items made out of almost any material in small or large quantities.
Our Mission: to produce an increasing quantity of quality turned parts to the satisfaction of all our customers, at a reasonable profit that will assure growth, excellence, and continuity for the betterment of our employees, the community and the society in which we operate.
Industries Serviced: Automotive, Aerospace, Appliance, Bearing, Defense, Medical, Ordinance, Oil & Gas, Power Generation, Energy, Hydraulic, Plumbing, Hardware, Commercial Fitting and General Industry.
Industrial Stamping & Mfg. Corporation is a metal stamping and manufacturing company established in 1956 that provides various metal stamping and fabrication services. It offers services including prototype development, CNC machining, laser cutting, welding, assembly, and heat treating. The company maintains ISO 9001:2008 and AIAG certifications and has locations in Michigan and Texas, serving customers in the automotive and other industries.
Kaysun Corporation is a plastics manufacturer located in Manitowoc, Wisconsin with over 60 years of experience. They have technical and manufacturing facilities on a 22-acre campus. Kaysun partners with customers to design and manufacture complex plastic parts and assemblies for industries such as medical, military, industrial, and transportation. They offer design and engineering support, testing, value-added services, and commitment to timelines.
Innovative Inventory and Production Management Techniquesnarman1402
This document outlines learning objectives and concepts related to innovative inventory and production management techniques. It discusses just-in-time production, target costing, life cycle costing, theory of constraints, and other methods to minimize inventory costs and maximize productivity. Key terms defined include economic order quantity, safety stock, push and pull systems, value chain relationships, and cost accounting changes with JIT adoption.
Case study value of it strategy in hi tech industryiasaglobal
1. The document discusses the value of IT strategy in the high-tech industry and outlines several capability areas and models that an IT strategy should address, including business value, domain modeling, process modeling, and adoption to the operating model.
2. It then provides examples of how IT strategy can help complex equipment manufacturers by enabling multi-tier supply chain planning, efficient production through flow manufacturing, and integrated logistics.
3. Finally, it discusses how enterprise architecture, along with tools like COBIT and ITIL, can be used to provide visibility, control, and efficiency across the business.
Warehousing, materials handling, and packaging are interrelated functions that impact the entire supply chain. Modern warehousing requires strategic planning to efficiently meet customer needs. Materials handling involves selecting automated or semi-automated systems depending on the application. Packaging balances logistics needs for protection and efficiency with communication functions. Together these areas aim to lower costs and enhance customer service across transportation and storage operations.
Concurrent Engineering – Breaking down the silosNNE
This document discusses concurrent engineering and its advantages over traditional sequential engineering approaches. Concurrent engineering involves simultaneous engineering activities that lead to higher quality designs and more efficient processes. Benefits include reduced time to market, ensuring design goals are met, and lower costs. Traditional approaches where different groups work sequentially have resulted in delays, scope changes, and integration issues. The document provides examples of pharmaceutical projects that experienced challenges due to the traditional approach and advocates for concurrent engineering best practices where process and automation are designed together. This leads to robust systems designed to meet business objectives and enables flexibility.
Design Optimization for Additive Manufacturing - Webinar - June 28th
With the widespread use of Additive Manufacturing, a new generation of design concepts are now possible to economically produce that weren’t feasible with traditional manufacturing methods. Design Engineers can now quickly optimize designs for 3D Printing, using the new Generative Shape Designer role in the 3DEXPERIENCE platform. This new role allows designers to create optimized designs in a fraction of the time possible with current tools, while using the powerful Abaqus™ solver. See how this exciting new technology can transform your design process!
The document provides information about The Automation Professionals, an automation engineering company. It includes:
1) Contact details and background of the engineering manager, Mach CaoXuan, including his education and work experience in automation.
2) An overview of the company's manufacturing division and the services it provides, such as improving production processes, designing automated equipment, and project management.
3) A list of reference projects the company has completed for various clients, providing solutions for automation challenges in areas like assembly, material handling, and packaging.
The document discusses key performance objectives for operations including quality, speed, dependability, flexibility, customization, and cost. It provides descriptions of each objective and examples of key performance indicators (KPIs) that could be used to measure them such as the number of defects in production (quality), output per hour (speed), uniformity of products (dependability), variation in daily output (flexibility), number of unique orders processed (customization), and total production costs (cost).
Ppc unit-1-production planning and controlkarthi keyan
This document provides an introduction to production planning and control. It discusses objectives like minimizing costs and maximizing customer service. Production control functions include procurement, allocation, and utilization of resources to produce goods efficiently. Types of production discussed are continuous, job/unit, and intermittent. Other topics covered include product design, development, standardization, simplification, marketing aspects, functional/operational considerations, aesthetics, profit analysis, and break-even analysis.
This document provides an introduction to production planning and control. It discusses objectives like minimizing costs and maximizing customer service. Production control functions include procurement, allocation, and utilization of resources to produce goods efficiently. Types of production discussed are continuous, job/unit, and intermittent. Other topics covered include product design, development, standardization, simplification, marketing aspects, functional/operational considerations, aesthetics, profit analysis, and break-even analysis.
Denholm Rees & O'Donnell + C E Edwards - Partnership for PerformanceBSAMARKETING
Denholm Rees O'Donnell and C E Edwards form a specialist sub-contract engineering team to deliver the highest quality components and assemblies to your delivery schedule. Our focus is Partnership for Performance
The document discusses operational strategies and supply chain management. It provides details on:
1) The four main competitive priorities for operations - cost, quality, time, and flexibility - and how companies may compete on one or more of these.
2) A generalized supply chain model showing the flow of raw materials to suppliers to manufacturers to distributors to retailers and customers.
3) The key participants in a supply chain - suppliers, manufacturers, distributors, retailers, and consumers - and how they work together to fulfill customer demands.
4) The importance of supply chain management in achieving economies of scale, improving expertise, and meeting increasing customer expectations of quick response times and customization.
Why Generic Configurators dont work in the valve IndustrySanjeev Nadkarni
The document discusses Configurator Solutions, a company that develops sizing, selection, configuration, pricing, and quotation software for the flow control valve industry. It provides solutions for over 8000 users in 57 countries and 3 of the top 5 control valve companies use its software. The document outlines Configurator Solutions' implementation methodology, which involves analyzing product requirements, validating rules with the client, coding the solution using pre-built modules, deploying it globally, and providing ongoing support.
This document provides an overview of just-in-time (JIT) manufacturing. It describes JIT as a philosophy involving minimal inventories and goods that move through the system as needed. The document outlines the history and evolution of JIT in Japan after World War II. It also discusses the seven types of waste in manufacturing that JIT aims to eliminate and lists some key principles of JIT including total quality management, pull-based production, and inventory management with the goal of zero inventory. The document concludes by discussing advantages like reduced waste and disadvantages like risk from supply disruptions of implementing JIT manufacturing.
The document discusses various aspects of product design and development including brainstorming techniques, the product design process, contract manufacturing, core competencies, quality function deployment, designing for customers, value analysis/engineering, concurrent engineering, and measuring product development performance through metrics like time to market, productivity, quality, development costs, and financial analysis. It provides information on each stage of the product development lifecycle from planning and concept development through testing, production ramp-up, and measuring performance.
The document discusses strategies adopted by world class manufacturers. It states that world class manufacturers integrate operations globally and view the world as a single marketplace. They aim to reduce costs through global production while also ensuring local responsiveness. Some key strategies adopted by world class manufacturers include developing strong manufacturing strategies, effective forecasting, high quality product design, flexibility in facilities, and implementing advanced planning systems like MRP and JIT. Adopting continuous improvement techniques, excellent supply chain management, and a strong commitment to quality are also emphasized.