Vial Products

CryoMizer™ Polycarbonate Package System, 5000 Vials

Product Number: CM 3 PS

The CryoMizer™ Class is designed to combine the convenience of sample storage in boxes with the benefit of low liquid nitrogen consumption. CryoMizer™ systems offer the flexibility of storing samples in either liquid phase or vapor phase storage. CM 3 PS utilizes 100 cell boxes with a storage capacity of 5000 each 2 ml vials. Through the technology of the CryoMizer™ system’s super insulate, temperatures of -185°C can be achieved at the top shelf of sample storage racks, with only 2″ of liquid nitrogen in the tank.

Every CM 3 PS package system comes standard with 1 pair of CryoGloves, (5) stainless steel racks including Max Rack™, (50) 81/100 cell polycarbonate boxes, roller base, and LN2 measuring rod.

  • Durable aluminum tank with powder coated exterior
  • Stainless steel storage racks, configured for 2″ high boxes
  • Roller base
  • Liquid nitrogen measuring rod for level validation
  • Lid lock provision
  • Insulated neck tube core
  • Compatible design for both liquid and vapor phase storage
  • (4) Stainless steel hanging racks and (1) Max Rack™ (10 boxes per rack)
  • (50) 81/100 cell polycarbonate Boxes
  • One Pair CryoGloves
  • Liquid Level Measuring Ruler
  • Three-year warranty on all parts and labor
  • Five-year vacuum warranty
  • Total Vial Capacity (2ml): 5000
  • Total Liquid Nitrogen Capacity (liters): 121
  • Static Evaporation Rate* (liters/day): 0.99
  • Static Holding Time* (days): 70
  • Box Capacity (81/100 cell 2″ tall): 50
  • Rack Capacity (including Max Rack™): 5
  • Boxes Per Rack (81/100 cell 2″ tall): 10
  • Neck Diameter (in/mm): 8.5/215.9
  • Overall height (in/mm): 38/965.2
  • Exterior diameter (in/mm): 22/558.8
  • Weight full (lbs/kg): 300/136.1
  • Weight empty (lbs/kg): 81/36.7
  • Shipping weight (lbs/kg): 210/95.3


*Static Evaporation Rate and Static Holding Time are nominal. Actual rate may be affected by the nature of the contents, atmospheric conditions, container history and manufacturing tolerances.