(PBI) is a publicly traded company focused on the development of a novel, enabling technology called
Pressure Cycling Technology (PCT).
Pressure BioSciences is a publicly traded company focused on the development of a novel, enabling technology called
pressure cycling technology (PCT).
Equipment includes a 150-ton injection machine and instruments for leak testing, static and dynamic burst-pressure testing, heat aging, fluid aging, and
pressure cycling, as well as vacuum and temperature-shock chambers.
The action of
pressure cycling on a dent will eventually lead to the initiation of fatigue cracks, and ultimately failure, if not properly addressed.
PCT, or
pressure cycling technology, is a patented enabling technology platform that uses alternating cycles of hydrostatic pressure between ambient and ultra-high levels to safely and reproducibly control bio-molecular interactions, concluded Pressure BioSciences.
Sealing products with ratings poorer than the maximum achieved by the Kalrez 0090 seals are likely to suffer cracking or blisters when exposed to
pressure cycling. Once initiated, cracks then accumulate with subsequent pressure cycles, leading to eventual seal failure.
Entitled "Pressure-Mediated Binding of Biomolecular Complexes" (Number 2,259,318), this issuance extends the coverage of the company's
pressure cycling technology (PCT) patents previously issued in the United States, Japan, Germany, Italy, France, Sweden, Switzerland, and the U.K.
For the purpose of comparison also a non-damaged cylinder whose micro-damages only results from pure
pressure cycling was inspected.
Boston BioMedica unveiled the Barocycler NEP 2017, which utilizes the company's proprietary
Pressure Cycling Technology.
The tool features a heavy-duty mandrel with clamp ribs that will not flex and is capable of milling hardened welds that have been exposed to high heat and
pressure cycling. Running at 34 rpm and generating 1,200 ft-lbs.
Designed specifically for the pharmaceutical industry, the unit eliminates the problem associated with standard probes where
pressure cycling of the autoclave can force moisture inside the probe resulting in incorrect readings and a shorter cycle life.