Vibration Rated Thermal Vacuum Systems
Standard Specs
- Control temperature setpoints and ramp rates
- Vacuum range from ambient down to 10E-4 torr
- Spare ports and with multiple feedthrough options
- Calibrated vacuum gauges
- Roughing vacuum pump
- Vent and purge valves
- Vacuum Cycle Controller with:
- Customizable recipes
- Full integration with valves and gauges
- Automated vacuum control
- Data logging and remote access
Optional Features:
Chamber Size
- 11" ID x 6" D, Round
- 11" ID x 12" D, Round (1 GAL Bucket)
- 15" ID x 20" D, Round (5 GAL Bucket)
- 35" ID x 40" D, Round (55 GAL Drum)
- 14" Cube
- 18" Cube
- 24" Cube
- 36" Cube
- 48" Cube
- Custom Cuboid
Chamber Material
- Acrylic (Rounds Only)
- Aluminum
- Stainless Steel
Thermal Source
Thermal Plate
Thermal Shroud
Vacuum Level
- Rough Vacuum (Ambient to 1 Torr)
- Medium Vacuum (1 Torr to 10E-3 Torr)
- High Vacuum (10E-3 Torr to 10E-7 Torr)
- Ultra High Vacuum (10E-8 Torr and Beyond)
Feedthroughs
- Optical feedthroughs (Viewports)
- Thermocouple Feedthroughs
- Power Feedthroughs
- RF, SMA, and Coaxial Feedthroughs
- Ethernet and USB Feedthroughs
- Rotary Feedthroughs
- Sample Manipulation Feedthroughs (Motion)
Reach out and see how we can help!
Description on Vacuum Degassing Systems:
Abbess vacuum degassing systems are designed to meet the highest standards of efficiency and effectiveness. With advanced technology and a focus on precision, we offer solutions that help you achieve superior material quality, enhanced performance, and reduced production costs. Whether you’re looking to improve your manufacturing process or ensure the reliability of your products, our vacuum degassing solutions are tailored to meet your specific needs.
Benefits
- Improved Material Quality: By removing entrained gases, vacuum degassing helps eliminate bubbles, voids, and other imperfections, leading to a more uniform and reliable material.
- Enhanced Mechanical Properties: In metals and alloys, degassing can improve strength, durability, and performance by ensuring a cleaner, more homogeneous material.
- Increased Efficiency: For processes such as casting or molding, vacuum degassing helps prevent defects and reduces the need for post-processing corrections, ultimately saving time and costs.
- Precision and Reliability: In industries like electronics, where precision is paramount, vacuum degassing ensures the integrity of components and assemblies by eliminating potential gas-related issues.
Applications
- RTV silicone rubber
- Polyester resin
- Casting plaster
- Polyurethane resin
- Investment plaster
- Polyurethane resin
- Epoxy resins, Araldite
- Plastasols, polysulphide rubber
- Adhesive mixes