Resources

Stay up-to-date with the latest industry and partner news, browse our educational content, and learn more about Angstrom Engineering®. Whether you’re a seasoned professional or a curious enthusiast, our resource hub is designed to empower and educate. 

Technical Highlight Videos

Videos that give clear, step-by-step instructions for common maintenance tasks, as well as tips and tricks in how to get the most from your deposition equipment. You can watch the videos on this page, or if you’d like to change views and have more control, view them on our YouTube channel here.

Platform and System Highlights

Nebula Cluster

These integrated vacuum systems are designed specifically to meet our clients process requirements. 

Linear Sputter

A quick demonstration of the linear substrate rastering and cathode arrangement on this high throughput, production sputter system.

Large Area Linear Sputter

Realize the true industrial potential of your work. A range of coating technologies are available. Web dimensions scaled to suit your requirements

Quantum Series®: Josephson Junction Fabrication System

The Quantum Series® Josephson junction fabrication platform utilizes physical vapor deposition, ion processing, gas flow management, precise substrate fixturing, and a pure vacuum environment to finely tune every variable of Josephson junction fabrication to your process requirements.

Reticle® 300: High Throughput Ion Beam Sputter Deposition

Angstrom Engineering® creates thin film deposition systems for innovators in academic and industrial research laboratories. Reticle® is a turn-key system capable of precision optical films.

Fixturing and Automation Highlights

Variable Angle Stage – Automated Transfer

This system demonstrates the possibility of in-situ transfer of multiple masks/substrates to maximize depositions without the need for venting.

Realize the true industrial potential of your work.

Maximize performance and repeatability of reactive sputter depositions using a closed-loop feedback system to regulate the reactive gas flow during a process.

Dramatically increase the throughput and quality of your thin film research.

This is a fully automated, robotic device encapsulation system that is integrated into a glovebox environment.