CRYONICS

 

F. A. Albin & Sons provides a cryonics service, in which the body is cryopreserved and stored at temperatures around minus 196 degrees Celsius (minus 321 degrees Fahrenheit). Many people believe that future technology will allow the body to be revived to the state before death.

Evidence for this comes from many sources.

Invertebrates (e.g. insects) have been completely frozen and revived.
Many healthy children walking around today, were also once frozen embryos.
Several mammalian organs, e.g. rabbit kidneys, have been fully functional after complete solid-state cryopreservation.
Most kinds of human tissue have been successfully frozen and revived.

"Cryonic suspension is a bridge to the future"

 

WHAT ARE F. A. ALBIN & SONS' DUTIES?

It should be remembered that it is not our job to cryopreserve, but to cool down.

We undertake upon death to be with you as soon as possible, gently using packed ice to cool the deceased down. We then pack the deceased in ice in a specially designed container for shipment as quickly as possible to Detroit, using the same documentation as we would when shipping any human remains.

Please remember this can only be done after Legal Death has been recorded and from receipt of Coroners clearance.

F. A. Albin & Sons offer no guarantees and no specific time assurances, we merely offer to do our best as each case is different and the Coroners system through Autopsy could mean the suspension is not possible in extreme cases. It is possible for you to pay these fees in advance and monies will be invested in F. A. Albin & Sons Pre-Arranged Funeral Trust Account until such times as they are needed. Alternatively, we can be paid directly by the Cryonics Institute if you make these arrangements when completing your membership. Our services are available wherever Countries allow in Europe.

F. A. ALBIN & SONS ACCEPT NO RESPONSIBILITY FOR CASES THAT CAN NOT BE SUSPENDED FOR WHATEVER REASON. 

 


 

For further information visit the Cryonics Institute by clicking their logo ...   Click here to visit the Cryonics Institute website.