Customizing your Acrylic Vacuum Chamber

One of many advantages of acrylic vacuum chambers is that they are highly customizable and versatile. Team Sanatron has worked with many industries across the board and designed a broad range of turkey custom solutions within the rough-to-medium vacuum realm. Did you know that you can add and install just about anything imaginable to your acrylic vacuum chamber? But before we go further, please read the disclaimer below.

There is another website that shows more examples on how a vacuum chamber can be customized. Click here to see more Clear Acrylic Vacuum Chamber Custom Options
DISCLAIMER:
DO NOT MAKE Modifications
to your chamber without written approval from Sanatron
We Carry a large selection of Acrylic Vacuum Chambers!
Purchase Our Acrylic Vacuum Chambers Here

Over-Pressurization Option

Our Acrylic Chambers can be slightly pressurized to 5psig, 10psig, and 15psig. This overpressure option enables for a broader and deeper application. Each over pressurization option comes with a vacuum rated pressure relief valve that will pop open at about 15% over the rated pressure in order to vent any additional chamber pressure and keep the system safe.

The Over Pressure acrylic vacuum chamber option will enable you to apply vacuum and pressure. Additional design is required as additional components will need to be installed.

Your chamber will have many thumb screws and each thumb screw will have to be tightened before you are ready to pressurize your chamber. Additionally, you will also be required to have a pressure relief valve as a safety feature on your chamber

Be Sure to confirm that all thumb screws are properly tightened and that the O-Ring is fully compressed during pressurization procedures so that the chance of leaks is minimized.

Electrical and Liquid Vacuum Feedthrough

Electrical Power, Data, Thermocouples, and other Electrical Signals can be installed on your acrylic vacuum chamber. Please see the images below to see some application examples

A. Wire Vacuum Feedthrough

B. Data Vacuum Feedthrough such as: D-SUB (Subminiature D), USB, and Ethernet

C. High Amperage and High Voltage Vacuum Feedthrough

D. Thermocouple Vacuum Feedthrough

E. Liquid Vacuum Feedthrough

F. Pneumatic Vacuum Feedthrough

Wobble Sticks and Physical Actuators

We offer a large selection of Vacuum Wobble Stick and Physical Manipulators. These manipulators will enable you to move, rotate, and translate your specimen or objects inside your vacuum chamber while the vacuum chamber is under vacuum.

See more on Wobble Sticks and Physical Actuators

See Even More Information on Wobble Sticks

Additional Shelves

Each of our chambers can be retrofitted to carry a large number of shelves; or as many as can be reasonable fitted into the vacuum chamber. The shelves can either be included or if you have your own shelves, we will be happy to install the shelf holders inside the vacuum chamber so that you can slide your own shelves in.

Here are some more examples on Adding Shelves to your Chamber

We Carry a large selection of Acrylic Vacuum Chambers!
Purchase Our Acrylic Vacuum Chambers Here

System Integration and Turnkey Solutions

Our vacuum chambers can be integrated and retrofitted into any system conceivable. You can either add our acrylic vacuum chamber to any of your systems or you can make the acrylic vacuum chamber a part of a complete turkey solution.

Check out a few examples on some of the work we did for our clients

Add Viewports to Vacuum Chamber

Acrylic has certain transmission properties which can make transmission of certain photo frequencies, such as Ultra Violet Light, not practical. In applications such as laser testing and applications, solar power research, or any other applications where the transmission of a more broader light spectrum is required, a viewport must be included onto the wall of the vacuum chamber. Acrylic may seem transparent to the naked eye; however, it does not transmit acrylic the full electromagnetic spectrum. Viewports made from glass such as borosilicate Glass, Fused Quartz, Sapphire, Zinc Sulfide Glass, and others can be used to enable better light transmission from and into the acrylic vacuum chamber.

See more on Viewports integration onto Vacuum Chambers

Vacuum Chamber with Heat Plates

There are instances where a heat plate must be placed into the chamber to heat up the specimen or part subjected onto a vacuum environment. Such applications include micro-fluidic experiments, vacuum heat sealing, and out-gassing, to name a few. A heat insulating plate is installed at the bottom with an electrical plug to power up the heat plate.

We Carry a large selection of Acrylic Vacuum Chambers!
Purchase Our Acrylic Vacuum Chambers Here
There is another website that shows more examples on how a vacuum chamber can be customized. Click here to see more Clear Acrylic Vacuum Chamber Custom Options

WAIT! Take a look at similar Items you may like…

Our clients prefer to work with us because we are Experts in Vacuum Science and Technology. What are you building? Take a look at the links below and discover some of the cool things we make.

Vacuum Decay Leak Testing Systems
Vacuum Decay Leak Testing Systems are Instruments that detect and quantify a leak by measuring the drop in vacuum (pressure) inside the specimen. During a vacuum decay leak test, the specimen is placed into a vacuum chamber, the vacuum is pulled to a specified setpoint, and the drop in vacuum is monitored and recorded over time. If a leak in the specimen exists, the air will travel from a higher pressure (inside the specimen) to a lower pressure (vacuum chamber). As a results of the additional air, the vacuum levels will drop whereas a leak can be detected and quantified.
Rotary Vacuum Feedthroughs
Rotary Vacuum Feedthroughs are devices that will enable you to physically rotate a specimen inside the vacuum chamber while vacuum present without decreasing the vacuum.
Our Work: Chamber for Vacuum Extrusion System
This is a custom acrylic vacuum chamber build for a high volume manufacturer of parts which are fabricated using vacuum extrusion techniques. The challenge was to build a vacuum chamber system which mated on two perpendicular surfaces; on the bottom and on the rear of the chamber. This was accomplished by incorporating a double gasket mechanism on the bottom and incorporating a clamping mechanism on the rear.
Related Articles: Seal and Package Integrity Testing of Vacuum Sealed Packages
How do you test the seal of vacuum sealed packages? If you are vacuum sealing your packages, you are faced with a challenge when it comes to seal testing. How do you know that your process is consistently creating a good seal? How can you be sure that the vacuum inside you package will hold for the required amount of time?