Engineered to exacting operational standards and designed to provide highly reliable, flexible performance, Veeco offers a range of MBE components.
Safely trap and neutralize white phosphorus with the Phosphorus Recovery System (PRS) prior to venting an MBE system for maintenance and/or source reloading.
Increase key sources' charge carrying capacity with Veeco's complete range of PBN crucibles for MBE effusion cells, including unique crucibles for Veeco's SUMO® cells.
For those seeking a complete solution for process control, Veeco provides an integrated software control solution for research and production MBE systems in our Molly Growth Control and Lot Manager Scheduling Software.
Ensure accurate and stable control of flux instabilities arising from changing environment conditions with the Phosphorus Valved Cracker Temperature Controller.
Get precise, reproducible, automated flux control with the Veeco SMC-II Automated Valve Positioner. It provides fully automated positioning of the source’s needle valve, as well as remote control of the valve position.
Automatically adjust and maintain optimal plasma source conditions with the Veeco RF Plasma Source Autotuner, removing the need for manual adjustments during experiments.
Get more flexibility and less particulate generation with the one-piece UNI-Block® Indium-free Substrate Holder. It allows for rapid mounting of full or partial substrates in the same holder ring.
Optimize heating flexibility with Veeco's Substrate Heater, tailored for specific temperature and growth environments. Substrate heaters are available as direct replacement components for common MBE systems.
Ensure reliable MBE effusion cell operation with high current-carrying capacity and operating temperatures from Veeco's system cables to connect cells with controllers.
For high-performance UHV delivery of gases, Veeco's Gas Crackers optimize flux uniformity and allow for control of the introduction of CBr4 gas into a UHV environment.
For versatile MBE power supplies
Control oxygen in MBE oxide applications efficiently and safely with Veeco's Oxygen Pressure Control System. It enables the precise control of the amount of oxygen inside the MBE growth module.
Prevent coating of optical ports in MBE systems with Veeco's Heated Viewports which enable continuous, real-time feedback control of crystal growth.
Ensure precise control of gases with Veeco's Gas Source Delivery System (GSDS). It provides interlocks and monitoring for inert, hazardous and/or flammable gases, and can be easily integrated into an existing system.
Ensure precise, accurate, reproducible positioning with the Veeco GSP, which utilizes optically encoded position feedback.