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3D printer funding
Tips on How to Find Funding for your 3D Printer for School
Classroom | School Resources
ByCrystal @ Surviving a Teacher's Salary
This post brought to you in partnership with Dremel Education.
I get asked a lot if I have any recommendations on where to find funding to buy a 3D printer for the classroom or school. Not only does a good one run a decent price tag but sometimes administration doesn’t always agree on the need for such a forward thinking piece of technology.
I would absolutely love to hear your feedback in the comments below if you have some additional ideas for us! If you already have a 3D Printer check out our article on how to use your 3D Printer for fundraising!
Remember – make sure you read the fine print for each funding / sweepstakes page as they all have different rules! Some are for public school only, some are specific states or grade levels, etc.
Here are just a few grants and/or fundraisers available:
Best Buy Community Grant
Box Tops for Education
American Honda Foundation
Classroom Innovators! Toshiba Grants
Donors Choose
Lowe’s Toolbox for Education
AIAA Classroom Grant
Home Depot Community Impact Grants
State Farm Good Neighbor Education Grants
Verizon Community Grants
Wells Fargo Grants
Other Sources of Funding:
Ask local businesses! You guys – this is HUGE! I cannot tell you how many thousands of dollars and perks our school has been benefited just by asking local businesses! It is 100% worth stopping in to ask! Local businesses just love to help local schools! And usually they welcome the tax deductions for their donations! There are SO many ways you can go about this.
You can sign up for a fundraiser night at a local restaurant. You can contact a large manufacturing plant that may have access to some older versions of 3D printers to donate. Hold a carnival with prizes sponsored by local businesses.
Talk to business managers and see if they’ll partner up to help donate or match funds for your 3D printer. Ask your local bank if they have any community grants for schools. Contact your local community college and see if they have any contacts or resources for 3D printer technology. It’s amazing what you can uncover when you put in a little time and start asking around.
3D Classroom Printer Recommendation:
As you guys know I am a Dremel Education ambassador so to be honest with you the Dremel Idea Builder 3D40 3D printer
is the only one that I personally have experience with – but it’s all I need. I am extremely happy with our 3d printer not only because it’s super easy to use (you can pull it out of the box and start printing in under 20 minutes even if you’ve never seen a 3D printer before!) but also because it can build such large projects!
It even has a touchscreen tutorial!I thought for sure I would be a little tech stumped with a 3D printer – it sounded kind of scary after all! But pulling it out of the box it was like reading a dummy manual – it walked me through the whole process and was no big deal! Even my 10 year old son uses ours on a daily basis completely on his own.
It taught me how to feed and cut the filament, the temperature it was running, and everything! It even shows you how much is left on the project that you are currently printing!
The Idea Builder 3D40 shows you how to easily level the platform!You can print via wi-fi, ethernet, or simply by plugging in a USB drive like we prefer since our wi-fi connection can be spotty. The printer is completely closed with a clear top and front door that can both open for convenience.
Like I mentioned before it has a very large base plate so that you can build large projects on it without worrying about size (10”x6”x6.7”). And if you have to level the building plate the touchscreen walks you through exactly what to do so you can’t go wrong!
Pros of 3D Printers in Schools:
*The ability to study cross sections of organs, skulls/bones, and specimens.
*The ability to print out and use 3D molecules.
*Design and print prototypes.
*The ability to print out 3D topography of maps.
*The ability to print out historical artifacts.
*Design with precise math skills.
*Complement STEM curriculum and concepts.
*The ability to learn by failing.
*Real world concepts of finances, business and being an entrepreneur.
Some of our 3D Printer Projects:
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Post Tags: #3D printing#tech
Funding for 3D printing grows in lockstep with ambitions
Funding for 3D printing grows in lockstep with ambitions | PitchBookLog in Request a free trial
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VC Fundraising
Funding for 3D printing grows in lockstep with ambitions
By James Thorne
July 7, 2022
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Investors are rewarding a new generation of 3D printing startups that aim to disrupt industries ranging from aerospace and healthcare to housing and plant-based meat.
Venture funding for these companies reached $1.5 billion in the first six months of 2022, the most of any year except 2021, when more than $2 billion was raised, according to PitchBook data.
The current market for 3D-printed products remains niche, but the number of those niche applications has grown. Several recent megadeals have underscored the diversity of companies innovating in a category once defined by hobbyists.
- Industrial manufacturer VulcanForms raised $250 million at a more than $1 billion valuation led by D1 Capital Partners. The startup operates a pair of production facilities in Massachusetts that combine laser-based 3D printing with precision machining and other advanced manufacturing techniques to make high-end components.
- Redefine Meat has developed a printer for plant-based steaks and reportedly raised $135 million in January led by Hanaco Ventures and Synthesis Capital.
The steaks debuted commercially last year in Europe, and the company plans to expand into US and Asian markets in 2022.
- Icon Technology, which builds homes using a massive concrete "printer," reportedly raised $392 million in 2021 with a round led by Norwest Venture Partners and Tiger Global. After starting its home production efforts last year, the company recently debuted an improved model of its printer.
- Formlabs, which specializes in prototyping machines, raised $150 million at a $2 billion valuation in a round led by SoftBank's Vision Fund 2 in 2021. Its professional printers are used in industries ranging from healthcare and education to jewelry and entertainment.
Despite winning VC deals, 3D printing companies that went public during the SPAC craze of recent years have faced a chilly reception.
Desktop Metal was valued at $2.8 billion post-money in its SPAC deal and now trades at a market capitalization around $711 million.
Such high-profile stumbles—others include Markforged and Velo3D—may weigh on the future valuations of late-stage companies in the space.
Featured image by Icon Technology
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Related content
A developer of 3D-printed clothes and shoes raised $3.5 million
Continuation of the story from
Media news2
News
News
Ekaterina Alipova
RB.RU Weekend Editor
Ekaterina Alipova
Simplifyber, the developer of 3D printed apparel and footwear technology, announced that it has raised $3.
5 million in the first round of funding from At One Ventures.
Ekaterina Alipova
The startup's first products will hit the market next year, according to Fast Company.
The prototype sneaker that is supposed to be this first mass-produced product has already been printed - and potential partner brands of the startup can appreciate its benefits.
Scientists from Simplifyber have radically rethought the process of making clothes and shoes: now you do not need to sew or knit, but you can simply print the desired model.
The start-up uses liquid cellulose (a mixture of wood pulp and other plants) in 3D printing devices as a "fabric".
“We created a new fabric-like material using some knowledge of the paper industry, but that’s where the similarity to paper ends,” says Maria Intscher-Ovrang, co-founder and CEO of the startup, “I would say that the material is very similar to leather ".
Maria also emphasizes that by varying the density of the material, it is possible to create different textures in different parts of the product.
For example, designers were able to integrate "threads" of various thicknesses and strengths into the sneaker prototype, and the soles were generally printed from a different material (in collaboration with HP).
Also, the technology allows you to "maximum individualize" models of clothing and footwear.
“You can even make an impression of the foot or figure from the scan so that the product fits you exactly,” explains Maria Intscher-Ovrang.
Models, as in the case of any other things printed in 3D, are created in special computer programs. The output is a completely finished T-shirt or sneakers.
End products are biodegradable. They can also be reused in the manufacture of new models
The startup plans to release the first models at the end of the year, and then launch the market.
But later he intends to start mass production.
The founders believe that this method of creating clothes and shoes can become even more accessible than traditional technologies.
Although more environmentally friendly materials tend to cost more today, the company has a vision to change this and achieve production volumes that are comparable to the classic but more environmentally friendly.
Cover photo and text: Simplifyber
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3d printers.
Review of achievements for 2012 / Sudo Null IT News0001 Molecules and planes, weapons and blood vessels, prosthetics and integrated circuits, food and buildings, a cancer cure, an ear, a beak and a rocket engine were all 3D printed in 2012.
This article is a partial translation of 3D Printing in 2012: Year In Review.
Pictures (70 pieces) are clickable - a reference to the source.
January
3D Systems completes acquisition of Z Corp and Vidar for $135.5 million in cash.
Makerbot announces the Replicator.
“3D Systems announces Cube 3D at CES2012.
Essential Dynamics introduced the 3d food printer to the public and announced that they are accepting orders for such printers.
Pirate Bay has opened a new section with 3d models for free download and printing on 3d printers.
"Factory on Wheels".
For a whole month, Alex Hornstein and Bilal Ghalib traveled across America with four 3D printers in the trunk.
They started the Pocket Factory project (pocket factory) with the aim of developing and selling goods made on cheap 3d printers.
February
Fifteen-year-old Laura played a 3D printed violin on CNN.
This is one of three violins of this type, but only this one is fully stringed. Laura, a student at South West Music School, made her premiere performance on the CNN news channel. This amazing performance perfectly illustrates the potential of 3D printing, which can be used to recreate almost anything.
An 83 year old woman received a 3D printed prosthesis.
Belgian and German scientists have successfully implanted a 3D printed lower jaw.
Scientists have created a dinosaur robot using a 3d printer.
For the first time in 150 years, paleontologists are able to test hypotheses about how dinosaurs and other prehistoric animals moved and interacted with their environment.
3d printed human tissue for drug testing.
A San Diego "bioprinting" company has used 3D bioprinting to create a variety of body tissues from human cells.
The world's largest museum will go digital thanks to 3d scanners and 3d printers.
The world's largest museum and research institute, the Smithsonian, has created a reproduction of the statue of Thomas Jefferson using a high-tech scanner and 3D printer.
March
General Electric Co invests in manual labor labs for ordinary people.
General Electric Co launched the GE Garages project, craft manufacturing centers equipped with laser cutters, 3D printers, molds. Visitors will be able to learn the basics of prototyping and the manufacturing process.
Sensation: High speed 3d printer with nano precision.
The Vienna University of Technology has announced a major breakthrough in 3D printing technology: it is now possible to print 3D objects in incredible detail using "two-photon lithography".
7000 pieces 3d printed for The Pirates! In an Adventure with Scientists!
April
The MIT team used nano-robots to reproduce rough 3d objects.
MIT developers at Distributed Robotics Laboratory (DRL) have demonstrated "smart sand", nano-format robots equipped with the simplest processors.
Stratasys and Objet have agreed to the merger. The total cost is 1.4 billion dollars.
Man vs 3d printer.
The battle between a human and a 3d printer: create an object with your own hands or draw on a computer and print it on a 3d printer?
Hobbyists 3D print circuit boards.
May
Fujitsu has proposed a technology that reduces design time by 90%.
The US government has launched a $60 million education and research program - a new 3d printing institute.
Printing spare parts for military equipment - F-35 Joint Strike Fighter.
Smart bandage.
University of Illinois researchers have developed a wound healing bandage.
DreamVendor is an interactive 3D printing station at Virginia Tech.
Students can now print prototypes of their projects. The station works like any other vending machine on the street.
DARPA creates new technologies through crowdsourcing.
The Defense Advanced Research Projects Agency (DARPA) announced a $3.5 million investment in TechShop as part of DARPA's new Adaptive Vehicle Make to "create a factory for rapid design and reconfiguration of manufacturing capabilities to support the production of a wide range of military vehicles."
June
The world's first 3D printed floating humanoid robot.
Researchers at the Tokyo Institute of Technology have developed a robot that can mimic a swimmer's movements to measure water resistance. This robot is named
SWUMANOID (Swimming Humanoid) is the first robot designed exclusively for swimming.
The first 3d printer assembled by children.
The School in Geldermalsen,NL gave the kids challenging projects to teach them how to handle challenges. One of the tasks was to build an Open Source 3D printer.
Startup Shapeways raised $6.2 million in funding.
Users upload files via the Internet, and the company prints them on 3d printers from various materials. By June 2012, Shapeways had printed and sold over a million items.
Record: Objet broke the barrier of 100 materials.
Objet has expanded its range of materials to 107, including 39 new "digital materials" for Objet Connex Multi-Material 3D Printing Systems
"Molecule Printing".
Personal medicine has appeared using a 3D molecular printer.
Lee Cronin, professor of chemistry at the University of Glasgow, used a 3D printer to create reagents directly in a 3D reaction matrix to initiate chemical reactions.
Researchers have developed a 3d printer to print 3d silicon micro- and nanostructures.
Researchers from KTH Microsystem Technology have demonstrated a new technology for 3D printing silicon micro- and nanostructures.
July
Penn researchers have created a vascular network in living tissue using a RepRap 3D printer and sugar.
Thus, the problem of creating a 3d structure of blood vessels was solved.
Researchers have created a new method for producing 3d aluminum composite parts.
Researchers at the University of Exeter in the UK have developed a Selective Laser Melting process to produce 3d aluminum composite parts from inexpensive metal powder.
Chinese scientists used a 3D printer to print an ear.
Dr. Yang and his team used a 3D scanner to scan a patient's ear and sent the data to a 3D printer. An hour later, the work was completed.
Airbus is working on an airplane concept built using a giant 3D printer.
The aircraft is planned to be built by 2050.
3D printing will help create the fastest car in the world.
The first 3D printed AR-15 weapon successfully passed test firing.
The creator and tester, a user with the pseudonym "HaveBlue", posted the part in the public domain on Thingiverse.
August
3D printing gave two-year-old Emma "Magic Hands".
Two-year-old Emma was born with a serious illness. The researchers used a Stratasys Dimension 3D Printer to print the plastic prototype WREX that Emma now wears at home, in prep, and during treatment.
An Israeli student built the world's largest ceramic 3D printer.
Russia is building the world's largest network of FabLabs.
The national symbol of America, the bald eagle, has its beak printed.
Thiel Foundation announces grant for 3D printed meat technology.
Together with Breakout Labs, they plan to apply the latest fabric developments to an edible meat prototype that can be a humane and sustainable source of animal protein for consumers around the world.
The Wiki Weapon Project raises funds through crowdfunding to develop open source 3D printed weapons.
A group of young volunteers, engineers and designers from Arkansas and Texas are using 3D printing on an unprecedented project. A group called Defense Distributed is developing a plastic civilian self-defense system, the Wiki Weapon.
“The first 3D printed racing car reached 140 km/h.
Acceleration from 0 to 100 km / h - in 4 seconds.
A giant laser 3D printer has transformed local manufacturing.
This printer is able to create complex shapes from titanium, nickel, steel, chrome, etc. The printer is about the size of a small wagon.
September
For the first time, 3D printed wheelchairs were used at the Paralympic Games.
8 players (4 men and 4 women) played basketball at the UK Summer Paralympics.
Wheelchairs have been created taking into account the individual parameters of the players.
Inventor Kai Parthy has developed a fiber for RepRap that can print wood.
LAYWOO-D3 fiber is a wood-polymer composite containing recycled wood and harmless plastic.
Recreated an ancient sea creature.
American scientists and German specialists have recreated the mollusk "Protobalanus spinicoronatus" that lived 390 million years ago.
Nanoengineers are able to print three-dimensional microstructures in seconds.
Lab-made leather goods will be on sale in the next 5 years.
According to the forecast of the bioprinting company Modern Meadow, in the next five years, leather products: bags, belts, boots, etc., created in laboratories, will be sold in supermarkets. The market is valued at $2.5 trillion.
Formlabs announces the Form 1 "consumer" 3d printer.
Funding was raised through KickStarter. The initial request was 100,000 dollars, and 3 million were raised.
October
Trying to protect things from being copied.
Shapeways opens the world's largest 3D printing factory.
The company plans to return production to New York with the help of the “Factory of the Future”.
The British government is investing 7 million euros in 3d printing technology.
Science Minister David Willetts: “We believe the new investment will help UK companies take the necessary step to create new markets and gain a competitive edge.”
3d printed rocket engine.
How often do you think about printing your own rocket engine?
November
Printed by Aston Martin for James Bond.
The world's first 3d photo booth was opened in Japan.
Liver printed from stem cells.
Scottish scientists create liver tissue.
LulzBot: a 3d printer will be sent to Mars.
3D Systems is suing Formlabs and Kickstarter.
The University of Warwick has created an inexpensive conductive plastic.
