Our equipment is suitable for any cryogenic processing application.


All tools, Bits, Dies, Bearings, forms (contact us for your custom application)

Automotive/ Racing

Complete Engines components, Rotors, Axels, Clutches, Transmissions, Final drives, Ignition Coils, Springs, Shocks.


Engine components, Racing Props, Shafts, and screws.

Electronics and Audio Equipment

Circuit boards, CPU’s, GPU’s wires, vacuum tubes, transformers and many other parts.

Musical Instruments

Cryogenically Treated musical instruments can improve octave ranges and creates ease of playing

Aerospace and Military

Cryogenic Non Destructive Testing, from Terrestrial vehicles to Aero based projects.

How Our Machines Work

The goal of any cryogenic processing is to optimize the crystalline structure of your materials by getting them to cryogenic (-244°F or below) temperatures. Most processors accomplish this with a spray bar, which can lead to thermal shock, damaging your payload

Our cryogenic treatment equipment uses an internal heat exchanger in a vacuum insulated Dewar to give you even, controlled results for consistent output. Three different sizes give you the ability to choose the right tool for the right job, each with our leading-edge research built in.


Long-lived, permanent vacuum insulation is the best for your bottom line.

There’s no compressor pump to fail, material to degrade, or internal structural support to transfer heat. Reliability and efficiency are built in. Our first vacuum insulated machine is still in service, several machines are still going after decades of use, and if the seal ever does break, it is easier and cheaper to repair than any insulation substrate.

The patented heat exchanger technology minimizes thermal stress and shock.

Our heat exchanger uses a totally dry process; no spray bars to spray liquid nitrogen on the payload.

The most efficient machines available.

Due to our innovative design and the even cooling afforded by our chamber, our cryogenic cooling equipment has the lowest use of liquid nitrogen of any available machine on the market!

Heating element allows tempering right in the machine.

You can precisely control the temperature range from -315°F to +400°F. This translates to lower costs, more control over the cycle, and the ability to temper parts in the machine. This means no additional tempering oven is necessary, providing you considerable savings and flexibility.

Microprocessor based industrial temperature control

Our touch-screen Controller

Up to 3 PID loops – 1 may be FM Limit
Paperless Recorder/Data logger -Trend viewer/Data viewer
File transfer/backup via LAN/WAN/Cloud.
Configure via USB memory stick or Cloud.
Email/SMS on alarm
­Remote access via VNC
NEMA 4X / IP 65—-Math/Logic/Timers—-Up to 8 monitor points

Our machines are backed by a one-year warranty.

For a period of one year after delivery, the manufacturer will supply replacement parts and repair instructions to remedy any defects in workmanship or materials, at no cost to the customer.

Size Chart

CTP 22 CTP 33 CTP 41
Inside Diameter 22 inches 33 inches 41 inches
Chamber Depth 33 inches 50 inches 64 inches
Chamber Volume 7 cubic feet 18 cubic feet 42 cubic feet
Electrical 220v 1 phase 220v 1 phase 220v 1 phase
Amps 20 20 50
Load Capacity See Note 1 See Note 1 See Note 1
Machine “dead weight”* 120 Pounds 200 Pounds 400 Pounds
Liquid Nitrogen Use @ at -300F 3 Liters/hour 4 Liters/hour 6 Liters/hour
Zero Load Nitrogen Use** 150 Liters 218 Liters 364 Liters
Max Tempering Temperature 400º F 400º F 400º F
Touchscreen Controller with VNC Yes Yes Yes
Chart Recorder Built in Yes Yes Yes
Price Contact Us Contact Us Contact Us

Chart Notes:
*Dead Weight is the weight of the interior of the machine that needs to be brought down to liquid nitrogen temperatures during the process and is therefore related to nitrogen consumption.
**Liquid Nitrogen Use is the amount of LN2 needed to keep the machine at -300F and overcome heat gain from the outside.
***Zero Load Nitrogen Usage is the amount of liquid nitrogen to run a cycle for an empty machine (no payload) on a cycle which consists of an eight hour ramp down to -300F and a twenty hour hold at that temperature. To calculate nitrogen usage for the machine being run with a payload, add 0.25 liters of liquid nitrogen per pound of steel payload to this figure.
Note 1, Weight Capacity
We find that our cryogenic tempering machines are able to process virtually any load that can be placed in them, assuming there is some space in the machine for air to circulate around the load. The CTP-44 is designed for and can easily accommodate loads of 3000 lbs. We routinely put loads of 2500 lbs. in CTP-33

Corporations that trust us

Some of the most well known institutions and corporations around the globe use our machine technology:

Choose CTP Cryogenic Equipment

Our cryogenic processing equipment is the right solution for your cryogenic processing needs. Our decades as a leader in the cryogenic processing industry has uniquely positioned us to offer our customers the same machines we use ourselves. State-of-the-art design, leading-edge science, and world-class customer service add up to an easy choice.

Invest in your company’s bottom line today; call for a quote on your new cryogenic equipment from CTP.

Get Your Quote Today