PORTS
- NPT Ports: Available in sizes such as 1/8″, 1/4″, 3/8″, 1/2″, 3/4″, 1″ (half or full couplings)
- NW or KF Flanges: NW 16, NW 25, NW 40, NW 50, etc.
- ISO Flanges: ISO 63, ISO 80, ISO 100, ISO 160, ISO 200, etc.
- CF Flanges: CF 1.33″, CF 2-3/4″, CF 3.5″, CF 4.5″, CF 6″, CF 8″, etc.
- Other: Swagelok, VCR, VCO, ASA flanged, O-ring compression
FEEDTHROUGHS
- Coaxial: Specify type (BNC, MHV, SHV, Type N, SMA) and if shielded or double-ended
- Electrical: Specify number of conductors, amps, and voltage per feedthrough. Options include Type C and D Sub (9, 15, 25, and 50 pin) and multi-pin configurations
- Rotary Shaft: Specify shaft size (3/8″ or 1/2″ or larger) and desired RPM. Standard is Ferro Fluidic style
- Thermocouple: Specify connector type (push-on, screw type), number of wire pairs, and thermocouple wire types (K, C, E, J, T, N, R, S). Up to 5 pairs per T/C feedthrough
- Fluid: Specify number of lines, diameter, and preferred end connections (NPT, Swagelok compression, Swagelok VCO or VCR)
- Fiberoptic: standard and custom options available
- Tubing: Compression style, specify tube diameter
- Cold Finger: molecular getter addition for vacuum systems
- Purge Gas Kit: adds the ability to bleed or purge in any desired gas into any of our chambers or systems
- RGA: ability to identify leaks and outgassing properties of your AUT
- TQCM: uses changes in the resonant frequency of a quartz crystal to determine the amount and rate at which mass is deposited onto the crystals surface
VIEWPORTS
- ISO 100 (4″ dia view), ISO 160 (6″ dia view), ISO 200 (8″ dia view): Standard borosilicate glass viewports
- NW 25, NW 40, NW 50: Glass blank viewports
- Custom Rectangular Acrylic: Viewport options available
SHELVING
- Fully removable shelves or trays made from 304 SS or aluminum, supported on rails
- 304 SS slide-out shelves with extension rail system for easy loading and unloading
- Shelves with underneath strip electric heaters for direct contact heating
- Thermal platens with machined cooling circuits for use with external thermal chillers
- Fully removable tray/rack system on rails for handling high volumes of parts
- Customized internal LED lighting
- Includes electrical feedthroughs for LED lighting power with a 120v NEMA
- Illuminated viewports
CARTS AND STANDS
- Options include extruded aluminum framed carts, stainless steel welded frames, or powder-coated steel welded frames
- Standard carts come with two locking and rotatable casters
- Optional clean room compatible materials available
Explore our online store for a wide range of high-quality vacuum chambers, lights, O-rings, and other essential spare parts. Whether you need replacements or upgrades, we offer durable components designed to keep your vacuum systems running smoothly. Shop now for reliable solutions to meet all your vacuum equipment needs.
Online Store
- Cold Finger (Ln2 Cooled)
- Scavenger Plates (Ln2 Cooled)
- Gas Purge Kit
- Custom Feedthroughs, Viewports, and Components
Our vacuum-rated lights are specially designed to accommodate the unique conditions inside a vacuum chamber. It’s not as simple as just attaching a light to the ceiling, as traditional lighting options tend to overheat, break, and outgas in a vacuum, potentially disrupting your testing environment. Our engineers have developed a range of innovative solutions to address these challenges.
“We specialize in seamlessly integrating Thermoelectric Quartz Crystal Microbalances (TQCMs), Crystal Quartz Microbalances (CQCMs), and Residual Gas Analyzers (RGA) into vacuum systems to provide real-time monitoring and precise control of critical parameters. Our engineering team works closely with clients to design custom integration solutions that ensure optimal placement and functionality within your system. Whether for deposition rate monitoring, contamination detection, or gas analysis, we ensure that these components are easily incorporated into your existing setup, offering reliable data and enhancing the performance of your vacuum processes.
Our LN2-cooled cold fingers are designed to provide effective cooling in vacuum systems, enabling the controlled condensation and removal of unwanted vapors. These cold fingers are ideal for applications where low temperatures are required to maintain system stability or prevent contamination. Custom-designed to fit specific vacuum chambers, they efficiently lower the temperature of surfaces, enhancing the performance of cryogenic and vacuum-based experiments. Built with high-quality materials for durability and reliability, our LN2 cold fingers ensure optimal cooling in even the most demanding vacuum environments.
Scavenger Plates (Ln2 Cooled)
Our scavenger plates are designed to efficiently capture and remove unwanted contaminants in vacuum systems, ensuring a cleaner and more stable environment. These plates are strategically placed within the vacuum chamber to attract and trap outgassed particles, preventing them from interfering with sensitive components or experiments. Made from high-quality materials, our scavenger plates are customizable to fit a range of chamber sizes and configurations, providing an effective solution for maintaining the purity of your vacuum environment.
Our Gas Purge Kits are designed to ensure a clean and controlled environment by efficiently purging chambers with dry inert gas. This kit helps prevent contamination during testing or experimentation, providing a reliable solution for maintaining the integrity of sensitive components and systems.
Custom Feedthroughs, Viewports, and Components
Our custom vacuum feedthrough manufacturing service offers tailored solutions for any application requiring reliable vacuum sealing and electrical, thermal, or fluid transfer. Whether you need feedthroughs for electrical connections, fluid lines, or specialized signals, we work closely with clients to design and produce feedthroughs that meet specific chamber and equipment requirements. Using high-quality materials and advanced manufacturing techniques, we ensure that each custom feedthrough provides optimal performance, durability, and compatibility within a vacuum environment.
