432000程序降温盒

• Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.
   

• Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.
   

• Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.

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  Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.

Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.

Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.

Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.Corning CoolCell, in combination with a -80°C freezer, will provide alcohol-free freezing at the rate of -1°C/minute that is ideal for cryopreservation of most cells ａnd cell lines. Using a combination of uniform-density cross-linked polyethylene foam, a solid state core, ａnd radial vial symmetry, freezing profiles are consistent ａnd reproducible. The foam is non-absorbent ａnd will impose negligible change in the freezer environment; thereby protecting nearby frozen samples. The removal of vials is accomplished by tipping the device upside down so the vials slide out.