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Advanced Manufacturing

Transcript: GE Trend: Healthcare Paper Advanced Manufacturing Looking Forward Is currently working on a project to help food travel a distance. When moister is taken out of food it can last up to 30 yeas. If this can go to outer space where else can it go and last on earth? Food Metal Was born with Arthogryposis Researchers 3D printed an exoskeleton for her Could be easily remade or fixed using the same technology Not yet consumer friendly Process of making blueprints Not Yet accessible for consumers People are not yet well trained to use this technology World Largest 3D Printer Data driven and manufacturing can to work together Parts can be created on spot where they were not able to be made before NASA Direct Write technology Fuel Nozzle that is 5 times more durable Cuts down on the need for welding Materials Scale Key Take Away Siemens Coke Trend: Rapid Prototyping Key Take Away Benefits Trend: Mass Customization 3D Printing section of the online store. Consumers can order Models of themselves Jewelry Electronic cases Toys/ games Home decor Customization Rapid Production Intricate designs Tool less Environmentally friendly Relevance to GE GE positions itself as an authority on the Human body Imagine being able to use GE medical imaging technology and then 3D printing a medical solution Help people get the nutrition they need Advances have been made for both inside and outside the body With so much more to come Brands are now able to use 3D printing customization in new and interesting ways. Plastic 3D printing is saving lives and making lives easier Nutrition- through the use of powder and liquid forms of food Medical advances- 3D printed devices have been made for inside and outside the body Emma Key Take Away Drawbacks Ceramic Relevance to GE Imagine combining rapid prototyping with GE's Software solutions and manufacturing On site manufacturing and no unplanned down time. NASA Global impact Coke 3D printed "Mini Me" of their consumers Promoting the new Mini bottles Gas turbines Easier to make small and intricate parts 10 times faster Customization and open source innovation go hand in hand Christmas Gifts GE jet engine bracket challenge 3D printing cuts down prototyping time, allowing more time to be spent on the function of the product. Faster, Stronger and Smarter Bio Materials Benefits and Drawbacks 3-D printing allows for consumer to pick feature for a basic object, such as a shoe or smartphone, which leads to: Personalized content Innovation in design Amazon Relevance to GE

Advanced Manufacturing

Transcript: Future Trends and Challenges Applications of Advanced Manufacturing Aerospace Industry Workforce Development Sustainability in Manufacturing Healthcare Devices Advanced manufacturing enables the aerospace sector to produce lighter, stronger parts via 3D printing and composite materials. Enhanced precision reduces manufacturing waste, leading to significant cost savings and improved aircraft performance. Advanced manufacturing allows for the production of customized implants and prosthetics using biocompatible materials. The capability for rapid iteration accelerates the development of medical devices, improving patient care. As technology evolves, the manufacturing workforce must adapt through continuous training and reskilling. A projected 2.4 million manufacturing jobs are expected to go unfilled by 2028 due to skills shortages. Sustainability is becoming a cornerstone of modern manufacturing, with companies adopting eco-friendly materials and processes. Manufacturing accounts for around 20% of global carbon emissions, highlighting the urgent need to transition to greener practices. Automotive Sector Consumer Electronics The automotive industry utilizes advanced manufacturing for rapid prototyping and production of components. Technologies like robotics and IoT integration facilitate smarter manufacturing processes, culminating in vehicles that are safer and more efficient. In consumer electronics, advanced manufacturing ensures high precision and efficiency in producing complex circuit boards and components. Innovations like automation reduce production costs and improve product reliability, catering to consumer demand. Supply Chain Resilience Cybersecurity Concerns Advanced Manufacturing Supply chain resilience is critical in mitigating disruptions caused by global events. Advanced technologies, such as AI and big data, are utilized to enhance visibility and responsiveness in supply chains. With increasing digitization, cybersecurity risks pose a significant threat to manufacturing systems. Around 30% of manufacturers experienced cyber incidents in the past year, emphasizing the need for robust security measures. Technologies in Advanced Manufacturing Exploring Innovative Technologies and Techniques Introduction to Advanced Manufacturing Additive Manufacturing Automation and Robotics Additive manufacturing, or 3D printing, creates components layer by layer, allowing for complex geometries and reduced waste. It enables rapid prototyping and customization, with applications ranging from healthcare to aerospace. Automation and robotics streamline manufacturing processes by enhancing precision and reducing human error. Employing machines leads to increased productivity and operational efficiency in repetitive tasks across industries. Internet of Things (IoT) Artificial Intelligence and Data Analytics The Internet of Things (IoT) connects machinery and systems, facilitating real-time data collection and analysis. This connectivity enhances decision-making, predictive maintenance, and supply chain management in manufacturing. Artificial Intelligence and data analytics optimize production processes by predicting trends and improving quality control. AI enables manufacturers to analyze vast datasets for more informed and strategic decisions. Definition of Advanced Manufacturing Advanced manufacturing refers to the use of innovative technologies and processes, such as automation, robotics, and artificial intelligence, to produce goods efficiently and with high precision. It integrates advanced materials and knowledge-driven approaches to enhance product quality. Key Drivers of Transformation The key drivers of transformation in advanced manufacturing include technological advancements, globalization, and the demand for customized products. These factors push companies to adopt smart manufacturing practices for better efficiency and reduced time-to-market. Importance in the Modern Economy Advanced manufacturing is pivotal for economic growth and competitiveness. It drives job creation, enhances product innovation, and contributes to sustainability initiatives, making industries more resilient in a rapidly changing market.

Advanced Manufacturing

Transcript: Used Equipment Cost: New Machinery for all types of manufacturing process are available with computer controlled accuracy allowing parts to be cut with precision, safety and profit in mind. Older equipment has the tendency to no longer be cost effective to maintain. This not only includes any changes in the original features of the equipment but also externally imposed changes such as those required by new governmental legislation. Customers often require stringent tolerances to ensure products are safe and meet operating standards. When product does not meet standards it gets rejected or worse could possibly hurt or kill someone; which can mean lawsuits. The final reason for replacing equipment is that it can’t meet production requirements. Every organization in the world is looking for ways to reduce manufacturing costs while at the same time increasing production. When the equipment can’t meet production requirements in terms if either throughput or manufacturing cost it should be replaced. Used equipment has the tendency to be over looked for the simple fact that its name implies worn out or damaged. Used equipment can have tolerances equal to new equipment and cost less to operate than previous owned equipment it is to be replacing. Reliable parts is something that further analysis and studies will need to be designed around, parts for certain industries (such as aerospace) can only be made by high end equipment which will cost much more than second hand equipment and upgrades can cover. New Equipment Vs. Old Equipment Summery Used equipment can often times be just as good as new equipment for cheaper. Companies that can't afford lease payments or are having financial troubles often have to give up their equipment. This allows companies with enough financial means to purchase equipment that would otherwise be unavailable or out of reach. The term reliability is no longer just a “buzz word” in the manufacturing sector but a way of life. The strategy of replacing old equipment with more reliable equipment is certainly within the realm of our new reliability life style provided it is well thought out and makes financial sense. The down side is that not all used equipment is treated kindly by its previous owners, this presents a problem to manufacturing as to how well tolerances and specifications can be held. Lightly used equipment can in some cases be just as good as brand new saving a large amount of capital for less. In other cases used equipment is a gamble better not to have taken. In today’s modern world full of technology certain areas of manufacturing has continued to do things using older but proven equipment. Advanced Manufacturing Inc. is a company that tests, installs and provides customers with high tech, high quality manufacturing solutions to everyday problems. As a recent example one of our clients wanted to compare their current manufacturing capabilities to new state of the art manufacturing equipment and what the pros and cons are to each of the decisions. We will go over the cost of upgrades both new and used equipment and the savings that are likely to take place due to such upgrades. Scrap metal is one of the company’s top concerns, reducing scrap and rework is to be a top priority. The results of our analysis will give our customer knowledge and data on which to make a decision. This decision will not be made lightly due to the impact of changing global environments and the cost of retraining people. The resources required to implement these changes will be taken into consideration during the analysis. New Equipment Cost: End Results: Cost analysis for a time period of 20 years requires understanding of Present Worth, Future Worth and Annual Worth analysis. A value for minimum attractive rate of return (MARR) needs to be calculated before any actual analysis of equipment starts. Methods Used: Based on analysis the New Equipment is the best option in terms overall costs and annual maintenance costs. Please see attached Excel Spread sheet for further break down and details. Cost analysis for a time period of 20 years was conducted for used equipment. Replacement would be every 5 years with first phase cost = $975,000. Ten Machines are planned for each phase with a total of 4 phases. Annual operating costs = $2,000. No scrap is estimated due to the equipment being used already. Quality, Reliability and Repeatability: Advanced Manufacturing Inc. By Jonathan Kluge New machinery often is more expensive by a large margin than used machinery however the added payout and benefits often outweigh the risks of such an investment. New equipment will be much more efficient and reduce errors other older machines will produce, reliable parts means reliable production which in turn means you can guarantee customers will come back for repeat business. Cost Effective Measures: New Equipment: Cost analysis for a time period of 20 years was conducted for new equipment. Replacement would be in phases to

Advanced Manufacturing

Transcript: Field Trip Confer Plastics Guest Speaker Mr. Michael Cuddahee, U.S. Sales Manager You dont need a degree but you do have to go to truck driving school. -Job Transport materials and finished products Average Salary Range $28,658-$50,958 Engineers design things, but in order to be an engineer you have to be strong in Science Technology A degree is required, but there are still many jobs available without degrees in Adavanced Manufactoring. Degrees required minimum 2 year degree or 4 year degree Average Salary in WNY ranges from $38,000 to $105,000 By: Chelsea Makila Haley -The use of innovative technology to make or improve products Some examples of Jobs are: •Engineer •Technician •Machine Control •Computer Programming -Advanced manufacturing has increased rapidly Truck Drivers Why WNY? Summer 2014 Niagara University Any Questions or comments? The sky is the limit. Bring all you have to any interview. Advanced Manufacturing is increasing in the global economy. You can do anything from designing to transport. Conclusion Field Trip/Experiences from camp Advanced Manufacturing Advanced Manufacturing Engineering People choose WNY because of our tourist attractions. Our attractions include •The Niagara Falls •Maid of the Mist •Cave of the Winds •International Borders •Gorge •Casino •The Devils Hole

Advanced Manufacturing

Transcript: Advanced Manufacturing Machining Tools When you think about machining there is a lot of things that are used to make parts, they use milling machines, Lathes and CNC machines and more, Its a huge industry and people make a lot of money out of this trade and its in high demand for many of the people who used to work in the trade are leaving because they are getting older. Machinist tools

ADVANCED MANUFACTURING

Transcript: QUARTERLY BUSINESS REVIEW BACKGROUND: THE ISSUE, THE NEED, THE SOLUTION NEXT QUARTER ALBURY vs. BATHURST Prospects Size Country Why? Status Prospects Goals 1. 2. 3. 4. Goals NEXT QUARTER FORECAST EMPLOYMENT EDUCATION LOCATION Lead Trajectory Lead Trajectory Bookings Trajectory Bookings Trajectory Scheduled Revenue Scheduled Revenue QUESTIONS RECOMMENDATION ?

Advanced Manufacturing

Transcript: Three Dimensional printing Future of Maple Hill Global foundries, and other have..... advanced technologies capital additive/subtractive manufacturing quality over quantity What would the final product be? By Thatcher Deyoe key components Capital project starting lab with 3 dimensional printers additive and subtractive machines How can we incorporate these factors? Advanced Manufacturing The future of industry Drilling Machine technology is only growing move from standardized man power lean style of manufacturing add logo here

Advanced Manufacturing

Transcript: Thank You! One last thing.... Spreading quickly across many industries Manufacturing Medicine (prosthetics) Art Geographical boundaries becoming less relevant Sunglass Company that lets you collaborate online with other designers and engineers Shapeways Upload & share designs Print them (at a cost, depending on complexity) - Don't send the pieces - Send a 3D printer - Use polymers and lunar material - The Liberator - Will this change existing manufacturing paradigms? Others? Environmental Benefits Artificial Intelligence + 3D printing Self-assembling materials (the "MIT" string) "3D printer, print me an action figure." Potential paradigm-changer for many industries Could become the new standard In the end, impossible to know. Questions - Additive Process - Drafted in 3D Software (AutoCAD) - Made from Plastics or Metal - No Limits! Technology of Advanced Manufacturing - How can we prevent malicious items from being created? A Brief History Questions 2 - How soon do you think 3D printers will take over manufacturing? - How will the implementation of 3D printing effect the job market in the US? Not there yet, but has potential Brings products "closer to home" Gets rid of transportation costs Reduces need to drive to brick-and-mortar stores Alternative plastic called PLA Derived from corn starch More recyclable Gets rid of excess production No resources are wasted on unused products What does the future look like? Basic Manufacturing: -Interchangable Parts -Assembly Line -Moving Assembly Line Globalization Template by Missing Link Images from Shutterstock.com 3D Print a Moon Base A Background on 3D Printing Mike Delaney Kevin Oh Justin Shapiro

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