3D printing has several applications in agriculture including producing agricultural machinery and spare parts, customized tools for farms, and irrigation systems. Farmers can approach 3D printing by making their own items (MAKE model), buying a 3D printer and printed goods (BUY model), or collaborating with manufacturers and service providers to co-create solutions for local farms (Collaborative Manufacturing Model). The document provides a simple overview of how 3D printing can help solve problems in agriculture through customized production and local collaboration.
FDM Process introduction (A part of Additive Manufacturing Technique OR Commonly Known as 3D Printing). 3D printing is an evolved manufacturing technique; it is comparatively better than conventional substractive manufacturing. There is minimum wastage of material because material is added only at those locations where it is required. To make 3D model you need a 3D printer and feeding material and obviously power source. Any thermoplastic material whose melting temperature lies in the range of 150-240 deg. C can be used in FDM based 3D printing.
In this session you will learn:
Overview of Process Industries
Process Industry – Continuous Process
Process Industry – Batch Process
Batch & Continuous Process Comparison
This chapter contains:-.
Analytical Methods of two dimensional steady state heat conduction
Finite difference Method application on two dimensional steady state heat conduction.
Finite difference method on irregular shape of a system
FDM Process introduction (A part of Additive Manufacturing Technique OR Commonly Known as 3D Printing). 3D printing is an evolved manufacturing technique; it is comparatively better than conventional substractive manufacturing. There is minimum wastage of material because material is added only at those locations where it is required. To make 3D model you need a 3D printer and feeding material and obviously power source. Any thermoplastic material whose melting temperature lies in the range of 150-240 deg. C can be used in FDM based 3D printing.
In this session you will learn:
Overview of Process Industries
Process Industry – Continuous Process
Process Industry – Batch Process
Batch & Continuous Process Comparison
This chapter contains:-.
Analytical Methods of two dimensional steady state heat conduction
Finite difference Method application on two dimensional steady state heat conduction.
Finite difference method on irregular shape of a system
this file is about the types of dies and also its manufacturing procedure.this is important for the industry and for the industrial and manufacturing engineering..are of this field is manufacturing engineering and die designalso for the blanking dies and punches
Both traditional and modern manufacturing methods have changed the face of the manufacturing industry over the years. But which method is best for the job at hand? Here's an overview of how the most common manufacturing methods compare.
Magneto hydro dynamic (mhd) power generationHemanth Duru
MHD Power Generation Is a Direct Energy conversion System Which Converts Heat Energy into Electrical Energy Without Any Intermediate stage(i.e Mechanical Energy).
It is a new technology which helps us to reach our world power demands.
It Partially Used in Developed Countries like USSR,USA,Japan.
It is in Under construction in Developing countries like India etc.
Its Losses are Less.
Initial Cost Is High.
Tool & Die is a tried and true industry. It can also be one of the most intimidating if you don’t know how it is used or when to use it. This presentation is designed to unlock some of the mysteries of Tool & Die and give you a better understanding of its uses. View this presentation and learn when and how to leverage Tool & Die in your company. Whether you have been around Tool & Die for years or you are just getting started, this presentation will enhance your knowledge and help you with upcoming decisions.
What you'll learn by viewing the webcast:
- Definition of Tool & Die
- Ways stamping dies are classified
- Operations that can be performed with stamping dies
- Different types of parts that can be made with stamping dies
- Determining precision of die produced parts
- Ways to implement Tool & Die into your organization
Press tools are commonly used in hydraulic, pneumatic, and mechanical presses to produce the sheet metal components in large volumes. Generally press tools are categorized by the types of operation performed using the tool, such as blanking, piercing, bending, forming, forging, trimming etc.Press tools are commonly used in hydraulic, pneumatic, and mechanical presses to produce the sheet metal components in large volumes. Generally press tools are categorized by the types of operation performed using the tool, such as blanking, piercing, bending, forming, forging, trimming etc.
Generally, factors such as digester temperature, retention time, fermentation pH value, digester pressure, volatile fatty acid, and sublayer composition have been identified to affect the digestion of feedstock in the anaerobic process
This presentation is made on the Evolution of Additive Manufacturing. It has a brief description of Additive Manufacturing. It also has a history of Additive Manufacturing, followed by how 3D printing technology was developed and printers were evolved. Also, how it gained media attention and also its application in various fields are covered.
this file is about the types of dies and also its manufacturing procedure.this is important for the industry and for the industrial and manufacturing engineering..are of this field is manufacturing engineering and die designalso for the blanking dies and punches
Both traditional and modern manufacturing methods have changed the face of the manufacturing industry over the years. But which method is best for the job at hand? Here's an overview of how the most common manufacturing methods compare.
Magneto hydro dynamic (mhd) power generationHemanth Duru
MHD Power Generation Is a Direct Energy conversion System Which Converts Heat Energy into Electrical Energy Without Any Intermediate stage(i.e Mechanical Energy).
It is a new technology which helps us to reach our world power demands.
It Partially Used in Developed Countries like USSR,USA,Japan.
It is in Under construction in Developing countries like India etc.
Its Losses are Less.
Initial Cost Is High.
Tool & Die is a tried and true industry. It can also be one of the most intimidating if you don’t know how it is used or when to use it. This presentation is designed to unlock some of the mysteries of Tool & Die and give you a better understanding of its uses. View this presentation and learn when and how to leverage Tool & Die in your company. Whether you have been around Tool & Die for years or you are just getting started, this presentation will enhance your knowledge and help you with upcoming decisions.
What you'll learn by viewing the webcast:
- Definition of Tool & Die
- Ways stamping dies are classified
- Operations that can be performed with stamping dies
- Different types of parts that can be made with stamping dies
- Determining precision of die produced parts
- Ways to implement Tool & Die into your organization
Press tools are commonly used in hydraulic, pneumatic, and mechanical presses to produce the sheet metal components in large volumes. Generally press tools are categorized by the types of operation performed using the tool, such as blanking, piercing, bending, forming, forging, trimming etc.Press tools are commonly used in hydraulic, pneumatic, and mechanical presses to produce the sheet metal components in large volumes. Generally press tools are categorized by the types of operation performed using the tool, such as blanking, piercing, bending, forming, forging, trimming etc.
Generally, factors such as digester temperature, retention time, fermentation pH value, digester pressure, volatile fatty acid, and sublayer composition have been identified to affect the digestion of feedstock in the anaerobic process
This presentation is made on the Evolution of Additive Manufacturing. It has a brief description of Additive Manufacturing. It also has a history of Additive Manufacturing, followed by how 3D printing technology was developed and printers were evolved. Also, how it gained media attention and also its application in various fields are covered.
From a presentation given at the Jupiter Branch of the Palm Beach County Library System on Wed, Jun 25, 6:30 pm:
Robotics Engineer, Pierre Baillargeon, will discuss 3D printing. Learn about this new innovative technology, how it works, what it looks like and what are some of the things you can create using a 3D printer. (60 min.)
BA 453 Business Strategy & Planning Spring 2014 1 .docxikirkton
BA 453: Business Strategy & Planning | Spring 2014 1
Case D: MakerBot
Your Mission
You have been hired by Bre Pettis, CEO of MakerBot, as the newest member of their strategic
planning team. Meet Bre through this video: http://www.engadget.com/2013/09/20/bre-pettis/
The recent acquisition of MakerBot by Stratasys has changed everything compared to its
beginnings as an entrepreneurial start-up. Mr. Pettis would like you to offer – or validate – the
strategic direction for his innovative 3D printing company MakerBot. Who should the MakerBot
become? A manufacturer? A retailer? A technology facilitator? Does our school program make
sense?
Mr. Pettis asks you to accomplish the following:
• Summarize your assessment of MakerBot’s current situation by discussing the
opportunities and challenges of being on the cutting edge of this technology.
• Integrate Porter’s Five Forces, the PESTL Analysis and other applicable class
content into your executive brief to clearly communicate and support your
findings.
• State and define a strategic direction that provides focus for MakerBot.
• Describe the actions steps to implement your recommendations.
Mr. Pettis encourages you to visit MakerBot’s website to learn more about the organization and
its products at www.makerbot.com.
He expects you to use the template format for your executive brief that is no more than 1,200
words.
In addition to handing hard copy in at the beginning of class
on the due date assigned, please submit it to associated Safe Assignment link.
http://www.engadget.com/2013/09/20/bre-pettis/
http://www.makerbot.com/
BA 453: Business Strategy & Planning | Spring 2014 2
Case D: MakerBot
Its physical presence appears in the glass box from nothing. No one was touching it and no other
tools were visible. It just slowly, gradually, and almost magically appears.
View this video to see MakerBot’s latest product in action:
http://www.youtube.com/watch?v=AKTSdW7-H3Q
3D Printing
Additive manufacturing, also referred to as three-dimensional or 3D printing, is a process of
making a three-dimensional solid object of virtually any shape from a digital model. 3D printing
is achieved using an additive process where successive layers of material are laid down in
different shapes. 3D printing is also considered distinct from traditional machining techniques,
which mostly rely on the “subtractive processes” of removing material by methods such as
cutting or drilling. A 3D printer is a limited type of industrial robot that is capable of carrying out
an additive process under computer control.
Additive manufacturing takes virtual blueprints from computer aided design (CAD) or animation
modeling software and “slices” them into digital cross-sections for the machine to successively
use as a guideline for printing. Depending on the machine used, material or a binding material is
deposited on the build bed or platform until m ...
This presentation outlines the outcomes of 3D printing on entrepreneurship.
The evolution of 3D printers, The market opportunity, and the application in industry.
CREATIVITY AND 3D PRINTING by INKONOVA (Stockholm 22 Jan. 2015)Inkonova AB
'CREATIVITY AND 3D PRINTING', a presentation by Pau Mallol (CEO at INKONOVA, www.inkonova.se) held in Stockholm the 22nd January 2015 in the third Stockholm's 3D Printing Meetup in Sweden (http://www.meetup.com/Stockholm-3D-Printing-Meetup).
Video of the presentation: (coming soon)
A desk-research presentation showing the capacity, trends and foresights of 3D printing, especially related to the manufacturing industry and the emergence of the ´prosumer´ within the DYI community.
Accompanying article can be found here: http://www.barcinno.com/3dprinting/
Tags:
Additive manufacturing, 3D Printing, laminated object manufacturing, layered manufacturing, rapid prototyping (industrial), stereolithography, CAD/CAM, Fused deposition modelling, Laser sintering.
DRIVE 2017 | 25 October - VALUE CREATION - Business Innovation CLICKNL
Design Roadmapping; Future Visioning for Organisational Innovation
Design roadmapping – future visioning carried out by strategic designers – shapes manager’s perceptions of the ‘imaginable’; in ways that have concrete implications for decision-making and for the allocation of resources on innovation. This lecture investigates the role of vision imagination, creation and realization in design roadmapping for design innovation in organizations.
Speaker: Dr. ir. Lianne W.L. Simonse
Open Innovation for the Internet of Things
Successful open product platforms for the Internet of Things can benefit from the creativity of the crowd. At the same time, it is challenging for platform owners to, for example, maintain control over the user experience. In this talk, Susan illustrates her latest academic research with a case study of the Philips Hue.
Speaker: Susan Hilbolling
Energy efficiency business models: Fit to serve?
Most new business propositions are formed around a product-service combination. In energy efficiency, however, business models are still mainly product solutions, as shown in recent research by Duneworks and Ideate. Such ‘unfit’ business models might be the cause for a slow market uptake; in this talk Renske illustrates how to change that.
Speakers: Renske Bouwknegt, Ruth Mourik
Business Model Innovation by 3D Print Entrepreneurs
The business models of 3D print entrepreneurs consist of activities related to the creation, distribution, retention and consumption of value, but also of information exchange within their communities. In this study, Peter sheds light on how 3D print entrepreneurs share and exchange goods, services and knowledge as peers.
Speaker: Peter Troxler
overview on theories and paradigms that inspired the format of Augmented Didactics, an innovative framework for Instructional Design and Gamification in Education
A brief introduction about digital media (smartphone, tablet, cloud computing, social network and APPs) and heir impact on student learning, commitment and evaluation.
Augmented Didactics - Teach the Teacher Edition
Why APPs are important for Education
(consciousness, multiple intelligence, disruptive innovation in educational and evaluation solutions)
How to Implement Educational Tools and Processes merging digital and traditional solutions
ITALIAN RELEASE
La Didattica Aumentata definisce nuovi modelli, strumenti e approcci all'educazione scolastica, con particolare attenzione all'auto-formazione e all'auto-organizzazione degli studenti.
Questa presentazione illustra per sommi capi una ricerca in corso, che coinvolge due gruppi distinti di persone...
- gli 'operatori', ovvero coloro che sperimentano i format di didattica aumentata come questo (scuole superiori);
- gli "osservatori". ovvero coloro che si occupano di raccogliere analizzare e sintetizzare i risultati raccolti, seguendone passo passo l'evoluzione nel tempo.
chi fosse interessato a sperimentare questo ed altri format di didattica aumentata presso la propria scuola (licei, istituti superiori), può contattarmi qui!
Innovare l'organizzazione delle Piccole Medie Imprese per adattarsi rapidamente alle continue perturbazioni dei mercati.
Nuove soluzioni e nuove pratiche organizzative per apprendere ad adattarci ai cambiamenti.
Systems and Models to Redefine Organizations
The aims of this research are:
1 - Highlight the importance of developing capacity for self-adaptation to deal with the radical changes we are facing from the current socio-economic complexity.
2 - Identify which cultural and environmental conditions can accelerate (or delay) the spread of self-adaptive organisms.
3 - Designing and testing solutions that enable the ability to self-adaptation of individuals and organizations.
Gli Organismi AutoAdattativi: Utopia o SocioPercezione?
Sistemi e modelli per ridefinire le organizzazioni
Intervento nel corso del Convegno:
Scenari Utopistici nella Comunicazione Pubblica e d'Impresa,
organizzato dal Dipartimento di Economia, Management e Metodi Quantitativi
Globalization creates many opportunities but also challenges for businesses today.
While some challenges may be particular to a country or sector, there are many challenges that SMEs around the world have in common.
Numerous barriers exist, so in order for SMEs to not only survive and grow, they must be armed with the correct tools and strategies to overcome these challenges and thrive.
While there are some that the individual business cannot control (at least for now) that does not mean they should sit back and do nothing.
A business that decides to understand the challenges and develop a program for finding solutions is a business that puts itself in a position to achieve success.
This programme is focused on teachers and school managers on Augmented Didactics: social media, cloudcomputing, leadership and collaboration for:
"Understanding Knowledge as a Commons"
What You're Going to Learn
- How These 4 Leaks Force You To Work Longer And Harder in order to grow your income… improve just one of these and the impact could be life changing.
- How to SHUT DOWN the revolving door of Income Stagnation… you know, where new sales come into your magazine while at the same time existing sponsors exit.
- How to transform your magazine business by fixing the 4 “DON’Ts”...
#1 LEADS Don’t Book
#2 PROSPECTS Don’t Show
#3 PROSPECTS Don’t Buy
#4 CLIENTS Don’t Stay
- How to identify which leak to fix first so you get the biggest bang for your income.
- Get actionable strategies you can use right away to improve your bookings, sales and retention.
Explore Sarasota Collection's exquisite and long-lasting dining table sets and chairs in Sarasota. Elevate your dining experience with our high-quality collection!
Best Crypto Marketing Ideas to Lead Your Project to SuccessIntelisync
In this comprehensive slideshow presentation, we delve into the intricacies of crypto marketing, offering invaluable insights and strategies to propel your project to success in the dynamic cryptocurrency landscape. From understanding market trends to building a robust brand identity, engaging with influencers, and analyzing performance metrics, we cover all aspects essential for effective marketing in the crypto space.
Also Intelisync, our cutting-edge service designed to streamline and optimize your marketing efforts, leveraging data-driven insights and innovative strategies to drive growth and visibility for your project.
With a data-driven approach, transparent communication, and a commitment to excellence, InteliSync is your trusted partner for driving meaningful impact in the fast-paced world of Web3. Contact us today to learn more and embark on a journey to crypto marketing mastery!
Ready to elevate your Web3 project to new heights? Contact InteliSync now and unleash the full potential of your crypto venture!
3. How 3D Printing can be used in Agriculture!
3!
• In producing agricultural machinery and spare parts.
• In producing working tools and customized elements for building farms.
• In producing irrigation systems, pottery and other customized objects for agriculture.
4. How farmers can approach 3D printing solutions!
• MAKE model: farmers make their machinery and spare parts
using 3D printing technologies (and buying components for
building 3D printers and materials for printing).
• To apply this model, farmers must have an high level of
knowledge (ICT, engineering, chemistry)... BUT there are
profit and non profit organizations that provide information,
hardware and software kits and 3Dmodels, and consultants’
support in 3DP implementation in Agriculture.
Examples:
– Open Source Ecology
– 3Dponic
4!
5. • BUY model:
– Farmers can buy a 3Dprinter and make tools, accessories for his farm:
– Farmers can design his tools/accessories and buy the 3D printed objects from
a 3DP Service provider:
5!
How farmers can approach 3D printing solutions!
6. • Collaborative Manufacturing Model:
– manufacturers, 3DP services and farmers organize a peer to peer
collaboration: they create a single local eco-system to co-make a
3Dprinting solution for a specific group of local entrepreneurs.
6!
How farmers can approach 3D printing solutions!
3d printer
manufacturers
farmers and
ranchers
3d printer
services
providers
machinery
designers
bio-materials
manufactures
systems
integrators
agriculture
7. 7!
Conclusion!
• This simple overview on 3DPrinting applied to
Agriculture has the aim to point out the elements
we can explore, analyze and implement to solve
problems in Agriculture applying this technology.
• If you want to learn more about 3DPrinting,
Collaborative Manufacturing and Open Cultural
Systems in Business, you can join us on:
Collaborative Business Network on Google+