High-NA Imaging Cells
Product Features
- Optically matched to readily available microscope objectives at 0.3, 0.5, and 0.7NA
- Face parallelism <1 arcminute
- Anti-reflection coating on inside and outside surfaces of all cell walls (uncoated available)
- Bakeable to high temperatures
- BEC Vacuum Cell
- Optical Tweezers Cell
Coating Options
- Broadband from 460 nm to 1070 nm
- Targeted AR coating for Cs, K, and Rb
Flange Options
- DN16 CF Flange
- DN40 CF Flange with a wide neck glass-to-metal
Infleqtion’s high-quality glass cells offer new optical access to in-vacuum experiments. Assembled with an optical contacting process, the cells provide high-quality AR coatings while maintaining very high optical flatness in the cell walls, enabling minimal optical distortion through the cell. The cell is designed to ensure excellent parallelism between the two large faces, making it possible to image or project light through two faces of the cell with low astigmatism at numerical apertures of up to 0.7. The cells are connected to the flange through an anodic bond to a silicon transfer and have no epoxy or frits, giving them excellent UHV properties.
2 cm AR-Coated Cells
Product Features
- Ultrahigh vacuum cell
- Anti-reflection coated on inside and outside of all cell walls
- Bakeable to high temperatures
- Assembled without epoxies or frits
- BEC vacuum cell
- Magneto-optical trap vacuum cell
Coating Options
- Broadband
- Targeted AR coating for Cesium, Potassium, Rubidium
- Custom coating
Flange Options
- DN16 CF Flange
- DN40 CF Flange with a wide neck glass-to-metal
Infleqtion’s high-quality glass cells offer new optical access to in-vacuum experiments. Assembled with an optical contacting process, the cells provide high-quality AR coatings while maintaining very high optical flatness in the cell walls, enabling minimal optical distortion through the cell. The cells are connected to the flange through an anodic bond to a silicon transfer and have no epoxy or frits, giving them excellent UHV compatibility.
2 cm Thin-Walled Cells
Product Features
- Ultrahigh vacuum cell
- Bakeable to high temperatures
- Assembled without epoxies or frits
- Thin glass walls
Infleqtion’s high-quality glass cells offer new optical access to in-vacuum experiments. The thin-walled cells offer high-quality optical access without AR coatings at an economical price. The cells are connected to a DN16 or DN40 flange with Infleqtion’s proprietary assembly processes, which do not use any epoxy or frits, giving them excellent outgassing properties and making them robust to high bakeout temperatures.
Cold Atom Source Cells
Product Features
- Dual alkali metal sources
- 2D+ MOT capable
- Pinhole for differential pressures
- Assembled without epoxies or frits
- DN16 CF Flange
Element
- Rubidium
- Caesium
The CASC is the core of a high-flux atom delivery system. Differential pumping of the system is maintained by an aperture in a silicon plate that isolates the user’s vacuum system from the higher pressures required for high-density 2D MOT operation. The CASC is based on a well-tested design in the RuBECi and doubleMOT two-chamber ultrahigh vacuum (UHV) systems. Fluxes of several billion atoms per second can be achieved with rubidium or caesium.