CVI Torr Master TM150 ISO-K 200 Flanged Cryopump, Pumping Speed 2,500 Liters/sec. Helium (H2). CVI Part Number: 37-2550-05026. CVI Torr Master ® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics.

CVI Torr Master TM250 ISO-K 320 Flanged Cryopump, Pumping Speed 6500 Liters/sec. Helium (H2). CVI Part Number: 37-2550-05014 CVI Torr Master® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics.

CVI Torr Master TM450 Cryopump ISO-500, Pumping Speed 8300 Liters/sec, Helium (H2). CVI Part Number: 37-2550-05008. CVI Torr Master® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics.

CVI Torr Master CBST 3.0 Compressor Water-Cooled, Water 1.5 gpm at 77°F, 208/240 V, 1 phase. CVI Part Number: 37-2550-08004 For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. The CVI Torr Master CBST 3.0 Scroll Compressors compliments the Cryopump while providing the added advantages of lower noise and vibration level, higher efficiency, and unsurpassed reliability. The CVI compressors are designed and built around a scroll compressor that was developed exclusively for use with helium gas, unlike other compressors available. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics.

CVI Torr Master CBST 6.0 Compressor Water-Cooled, Water 1.5 gpm at 77°F, 208/240 V or 440/480 V, 3 phase. CVI Part Number: 37-2550-04399. The CVI Torr Master CBST 6.0 Scroll Compressors compliments the Cryopump while providing the added advantages of lower noise and vibration level, higher efficiency, and unsurpassed reliability. The CVI compressors are designed and built around a scroll compressor that was developed exclusively for use with helium gas, unlike other compressors available. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics.

CVI Torr Master TM450 Cryopump ISO-F 500 and CVI Torr Master CBST 6.0 Compressor Package System. CVI Torr Master® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics. The CVI-CBST 3.0 and 6.0 Scroll Compressors compliment the Cryopump and Cryocooler products while providing the added advantages of lower noise and vibration level, higher efficiency, and unsurpassed reliability. The CVI compressors are designed and built around a scroll compressor that was developed exclusively for use with helium gas, unlike other compressors available.

CVI Torr Master 10" TM250 Cryopump CF 14" OD and CVI Torr Master CBST 6.0 Compressor Package System. For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. CVI Torr Master® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics. The CVI-CBST 3.0 and 6.0 Scroll Compressors compliment the Cryopump and Cryocooler products while providing the added advantages of lower noise and vibration level, higher efficiency, and unsurpassed reliability. The CVI compressors are designed and built around a scroll compressor that was developed exclusively for use with helium gas, unlike other compressors available.

CVI Torr Master TM450 Cryopump ISO-F 500 and CVI Torr Master CBST 6.0 Compressor Package System. For applications, process, maintenance engineers, and scientists who depend on Cryogenic Compressors in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems and Molecular Beam Epitaxy. CVI Torr Master® cryopumps meet today’s need for fast, contamination-free, ultra-high vacuum at competitive costs. Benefits include higher capacities for gas Cryoabsorption, increased pumping speeds, acceptance of higher radiant heat loads and shorter cooldown and regeneration times. The CVI Torr Master® cryopumping arrays have served many critical applications including 19 of the 20 man-rated space simulation facilities built in US. The largest CVI Cryopumps are considered the standard in the industry and used primarily in the field of space simulation for ground testing and, in particular, for the testing of electric propulsion engines. The Torr Master line is used in fields such as vacuum coating, semiconductor production, particle accelerators, sputter deposition systems, and Molecular Beam Epitaxy. CVI Torr Master® Refrigerators operate on the Gifford-McMahon cycle principle. These proven units feature an easily field-serviced drive mechanism and are ideal for a range of industrial cooling applications including superconductivity and low temperature physics. The CVI-CBST3.0 and 6.0 Scroll Compressors compliment the Cryopump and Cryocooler products while providing the added advantages of lower noise and vibration level, higher efficiency, and unsurpassed reliability. The CVI compressors are designed and built around a scroll compressor that was developed exclusively for use with helium gas, unlike other compressors available.