Angstrom Engineering Inc.
91 Trillium Dr. N2E 1W8 Kitchener, ON, Canada

Our partner Dr. Thuc-Quyen Nguyen at UC Santa Barbara, along with an international, collaborative team have published their work identifying and overcoming the big hurdle that limits organic solar from reaching industry efficiencies: https://bit.ly/3aLp4pi

Let's talk electron beam. The hundreds of Angstrom Engineering systems that employ this deposition strategy help our partners create the future. Simply put, we are very good at this, and can help move your work forward: http://bit.ly/2CrXUmG

This deposition platform is heading to our partners at KAUST in the Solar Center where it will join many other Angstrom Engineering systems and help create next generation energy harvesting technology. More here: https://bit.ly/3oJtEwD

We are excited to play an important role in this collaboration between several brilliant scientists, and the institutions they represent. HIPIMS sputtered niobium has become one of our strengths thanks to the dedicated work of Dr. Russo and Dr. Miller. Well done all! https://bit.ly/3FkmvZl

We are proud to work with partners like Dr. McDowell at Georgia tech who uses Angstrom Engineering deposition platforms to evaporate lithium for solid state thin film battery development. Learn more about his group's research here: http://mtmcdowell.gatech.edu/

This growing team continues to push the boundaries, create new opportunities, and do whatever it takes to help our partners succeed. We're happy to have made this list, and will continue pushing forward: https://tgam.ca/3zG14Oe

Angstrom Engineering is getting new digs! Serving the international thin film fabrication community has provided us the opportunity to create a new, tailor made facility that will make it possible for us to become an even bigger asset to our partners. ABA Architects has helped make this happen, and we're excited to see it constructed over the coming months.

Want to join a team that is helping to create the future of technology? We have several positions open, including Machine Tool Builder, Scientific Marketing, Technical Writer, and more: http://bit.ly/2BFSvFA

Our partners at the University of Michigan's Battery lab are making progress in solid state lithium batteries: https://bit.ly/2XfBPF5

Many consider thin film solid state batteries to be an important piece of the net-zero carbon puzzle . Learn more about this technology here: http://bit.ly/tfbatts

Many of our partners are working on solid state batteries. What are they, and how will they improve what we currently have? https://reut.rs/38ZJTMW

We are excited to be installing our deposition platforms and training in person again. Here, Sergio, a member of our test and process engineering team is going over how to use this Nexdep sputter platform for our partners at the University of Calgary.

Our partner Dr. Forrest and his team at UMichigan have developed near-field thermophotovoltaics by "manufacturing thin-film TPV cells with ultra-flat surfaces and a metal rear reflector." More here: https://bit.ly/2V61dMV

Thin films for optical applications take a special set of processes. Reticle unifies these into a single, recipe-driven, automated platform. Rapid progress is possible with Reticle: http://bit.ly/2KX5zws

Are you scientist with thin-film chops? Would you like to put your expertise and experience towards helping the world's top researchers create the future? We want to hear from you: https://bit.ly/3a9rgYf

PSA: Valentine's Day is only three days away! Don't forget to order a bouquet of sputter cathodes for your spouse.

This dedicated oxidation chamber is being systematically tested by Matt, a member of our Test & Process engineering team. He's keeping a close eye on the components that will fabricate uniform tunnel junctions for years to come. More on Quantum Series: http://bit.ly/qubitfab

Here's a nice 10-slide showcase of the various players in the quantum computing race. We're proud to provide this exciting industry the deposition technology required to make the future possible: http://bit.ly/3cxYS3F

The Lessard Research group at UOttawa has been working on organic thin-film transistor based wearable technology: http://bit.ly/3oDRiHd

Ozone concentrations in soil can damage plant life. Our partners at UMASS Amherst have created a thin-film leaf tattoo for early detection: https://bit.ly/331IeUn

Some of the most exciting new technologies being developed today require the use of thin film processing, including transparent solar: https://bit.ly/36yhETV

For many of our partners, recipe-driven automation paired with creating a system with two or more connected chambers provides the means to radically increase efficiency, getting them to the finish line before the others. Partner with us: http://bit.ly/angstromtalk

Did you know that our physical vapor deposition systems come installed with Aeres, an advanced process control software that is intuitive and simple to use? http://bit.ly/2e1Cz6R

Just before Covid-19 hit, we were able to discuss perovskite solar fabrication with our partners at IMEC in Belgium. You can view the 3-minute video here: https://bit.ly/3k2wOWj

Here is Chris, one of Angstrom Engineering's talented assembly technicians working on a Covap, our small but mighty thermal evaporator: http://bit.ly/mightycovap

At 222 nanometers, the UVC light emitted from this novel invention will deactivate coronavirus without penetrating human skin. Thin film deposition to the rescue! https://bwnews.pr/35Izovn

Pablo, an electrical engineering technologist who recently joined the team, is earning his chops in the guts of this Amod PVD platform. Shout-out to Conestoga College for consistent professionalism in the development of talented people. More on Amod here: http://bit.ly/2ASj0cw

"While mathematical encryption techniques are vulnerable to being cracked by powerful enough computers, cracking quantum encryption would require violating the laws of physics." https://bit.ly/32QIdTO

Dr. Vohra is commissioning this Reticle, a PVD platform built around a particular process: Ion Beam Sputter Deposition is employed for the most dense, pure optical films. The huge chamber allows for larger substrate form factors. More on Reticle here: http://bit.ly/reticleibsd

"We are trying to change the future of electronics," says Dr. Bao from Stanford University, an Angstrom Engineering partner. Check out this interview with her: https://bit.ly/2ZIj8bl

While cool technology plays an important role for Angstrom Engineering, at our core we are simply a group of people using our talents, skills, and determined work to help people like you achieve your goals. Let's talk: http://bit.ly/angstromtalk

This large chamber electron beam Box Coater with a huge dome substrate fixture will soon be on its way to helping our partners create the future. Curious about this large format PVD platform? http://bit.ly/2o3lTBb

This article discusses a brighter future brought on by ideas and technologies just now being developed. It even features an Angstrom partner discussing Quantum computing being able to 'emulate nature': https://bit.ly/35uS57t

Did you know touchscreens (like the one on your smartphone) are made possible by thin film deposition? You're welcome. http://ow.ly/awu150Bg0Te

This new Quantum Series Josephson junction fabrication system is now ready and will be helping our partners create qubits in no time. More on Quantum Series here: http://bit.ly/qubitfab

We are looking for someone to join our Test & Process Engineering Team. Want to commission and install the technology that will enable the future? http://bit.ly/2BFSvFA

Dr. Stephen Forrest and his team at UMichigan have set a new standard for transparent solar! https://bit.ly/3aZMp5Q

Dr. Heyer is commissioning this Nebula cluster system that is heading to Oxford University and will be used to innovate perovskite solar devices. More on Nebula: http://bit.ly/nebulacluster

Dr. Barry Rand and his team from the Andlinger center for Energy and Environment at Princeton University have extended the lifetime of perovskite LED's tenfold by better managing the devices heat output: https://bit.ly/2QiIpUr

Our partners at UMass Amherst have created another smart wearable device: https://bit.ly/2Ef1CUD

We're building these triplet Nexdeps for our Academic partners in Asia. If you're looking for three Nexdeps, or one, this PVD platform can help bring your work forward with unprecedented automation in a small footprint: http://bit.ly/nexdep1

Tyler is one of our proficient PLC programmers. Here, he's tweaking one of our latest Quantum Series systems so that our partners can create qubits with unprecedented automation. More on Quantum Series here: http://ow.ly/Lfr750ATG2G

Our partner Dr. Malte Gather from the University of St. Andrews created microlasers for better heart imaging: ttps://bit.ly/3k nqqdp

Our partners at IMEC in Belgium are fabricating perovskite solar devices and proving their scalability. Check out this video to see more: http://ow.ly/np0s50ATCvu

Our online store for research consumables is called Substrata, and has the gold and silver coated products your lab needs to keep moving forward: http://ow.ly/u4ol50ATDbC

This HUGE chamber will host our Ion Beam Sputter Deposition (IBSD) platform: Reticle. Patrick is part of the assembly team and will be meticulously building its various components until it's ready to begin laying down the industry's most dense, pure, and uniform optical films: https://bit.ly/reticleibsd

We're proud to regularly work with creative and brilliant partners like Dr. Jack Ma and Dr. Juhwan Lee (U Wisconsin-Madison), who just published this work on flexible wood films: https://bit.ly/304AiR6

Ben, a member of our test and process engineering team, is commissioning this e-beam/resistive Box Coater system for our partners in optics and imaging. More on Box Coater here: http://bit.ly/2o3lTBb

A nice quick piece by Forbes on what's current in Quantum Computing. "Well, a quantum computer made up of qubits can store an infinite number of values while still providing a single measure." https://bit.ly/30tPxCn

Dr. Escarra, an Angstrom Engineering partner, is doing amazing things: https://bit.ly/3jmnBJ0

Another of Angstrom Engineering's amazing assembly technicians, Quincy, is creating this platform's substrate holder assembly. Looking to take your thin film projects further? Get in touch today: http://bit.ly/angstromtalk

Our partners at UC Irvine keep pushing the limits of what is possible with cephalopod inspired optics: https://bit.ly/3esqi8e

Dr. Russo is working on another batch of SPR chips for our partners in biosensing applications, with some specific to the current Covid-19 pandemic. Get in touch today to discuss fabricating chips for your projects: http://bit.ly/angstromtalk

This multi-sputter and electron beam system will be used in a multi-user lab towards the development of sustainable materials. Planetary motion substrate fixture creates an additional axis of motion resulting in superior film uniformity. More here: https://bit.ly/2BBRN22

This Canada Day we're calling back to over two years ago when Angstrom Engineering's own Dr. Vohra became a Canadian citizen. This beautiful country we call home, and this engaging, challenging, and difference-making place we work is made better by you. Happy Canada Day!

Our 'work from home' evaporator is getting mixed reviews.

Chris, one of our awesome assembly technicians, is working on this huge dual e-beam box coater. More on our Box Coater PVD Platform here: http://bit.ly/2o3lTBb

Big congratulations to Angstrom Engineering partner Dr. Mirica! https://bit.ly/2Nuqg4A

This reactive magnetron sputtering system is equipped with Angstrom Engineering's APEX Optical Monitoring package will soon be creating precision optical coatings for our partners. More on APEX here: http://bit.ly/2wPwd4t

We're seeing more and more groups heading back to the lab to do science together again. This is your friendly reminder that we're here to help get all your equipment, projects, and experiments rolling. If one of these videos doesn't do the trick, give us a shout and we'll give you hand: http://bit.ly/31aqd30

Matt, a member of our test and process engineering team is commissioning systems like this Amod. We're working differently these days, but Angstrom Engineering thin film fabrication systems are still heading out the door. More on Amod here: http://bit.ly/2ASj0cw

We aren't sure why they didn't specifically mention pizza drivers, but this potential application for quantum computing looks important during the age of home-delivery: https://bit.ly/3cSzv9f

Dr. Yinghuan Kuang discusses how his team's work in Perovskite photovoltaics motivates him toward a sustainable energy future. Watch the 3-minute video here: https://bit.ly/3dMs0ls

This multi-sputter and electron beam chamber is progressing under the careful watch of Hoang, a dedicated assembly technologist here at Angstrom Engineering. How can we help bring your thin film capabilities to where they need to be? Let's discuss it: http://bit.ly/angstromtalk