Two ‘Amplon’ bottles of cyclopropane gas

Two metal "Amplon" bottles of cyclopropane gas with piercing

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Two metal "Amplon" bottles of cyclopropane gas with piercing
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Two metal "Amplon" bottles of cyclopropane gas with piercing block and key to open them with, by E.R. Squibb and Sons, New York, 1940-1955

‘Amplon’ is a trade name for liquid cyclopropane gas. The gas was first synthesised in 1885 in the United States and was in use as an anaesthetic from 1930 onwards. After piercing the tops, the gas was connected to and inhaled through a face mask. Made by E R Squibb & Sons in New York, cyclopropane was used especially for chest surgery. The gas’s main drawback was that it was inflammable and so it was replaced by non-flammable gases in the late 1950s.

Details

Category:
Anaesthesiology
Object Number:
1987-406
Materials:
metal and plastic
Measurements:
overall: 70 mm 30 mm, .1kg
piercing block: 80 mm 50 mm, .55kg
type:
gas cylinder
credit:
Glaxo Group Research (Middx)

Parts

'Amplon' bottle of cyclopropane gas

'Amplon' bottle of cyclopropane gas

Metal "Amplon" bottle of cyclopropane gas, by E.R. Squibb and Sons, New York, 1940-1955

More

‘Amplon’ is a trade name for liquid cyclopropane gas. The gas was first synthesised in 1885 in the United States and was in use as an anaesthetic from 1930 onwards. After piercing the tops, the gas was connected to and inhaled through a face mask. Made by E R Squibb & Sons in New York, cyclopropane was used especially for chest surgery. The gas’s main drawback was that it was inflammable and so it was replaced by non-flammable gases in the late 1950s.

Measurements:
overall: 70 mm 30 mm, .1 kg
Materials:
metal
Object Number:
1987-406/1
type:
canister
'Amplon' bottle of cyclopropane gas

'Amplon' bottle of cyclopropane gas

Metal "Amplon" bottle of cyclopropane gas, by E.R. Squibb and Sons, New York, 1940-1955

More

‘Amplon’ is a trade name for liquid cyclopropane gas. The gas was first synthesised in 1885 in the United States and was in use as an anaesthetic from 1930 onwards. After piercing the tops, the gas was connected to and inhaled through a face mask. Made by E R Squibb & Sons in New York, cyclopropane was used especially for chest surgery. The gas’s main drawback was that it was inflammable and so it was replaced by non-flammable gases in the late 1950s.

Measurements:
overall: 70 mm 30 mm, .1 kg
Materials:
metal
Object Number:
1987-406/2
type:
canister
Key to open anaesthetic canisters

Key to open anaesthetic canisters

Key to open "Amplon" bottle of cyclopropane gas, by E.R. Squibb and Sons, New York, 1940-1955

More

‘Amplon’ is a trade name for liquid cyclopropane gas. The gas was first synthesised in 1885 in the United States and was in use as an anaesthetic from 1930 onwards. After piercing the tops, the gas was connected to and inhaled through a face mask. Made by E R Squibb & Sons in New York, cyclopropane was used especially for chest surgery. The gas’s main drawback was that it was inflammable and so it was replaced by non-flammable gases in the late 1950s.

Materials:
metal and bakelite
Object Number:
1987-406/3
type:
key - hardware
Image ©
The Board of Trustees of the Science Museum
Piercing block for anaesthetic canisters

Piercing block for anaesthetic canisters

Piercing block to open "Amplon" bottle of cyclopropane gas, insribed with number 1607, by E.R. Squibb and Sons, New York, 1940-1955

More

‘Amplon’ is a trade name for liquid cyclopropane gas. The gas was first synthesised in 1885 in the United States and was in use as an anaesthetic from 1930 onwards. After piercing the tops, the gas was connected to and inhaled through a face mask. Made by E R Squibb & Sons in New York, cyclopropane was used especially for chest surgery. The gas’s main drawback was that it was inflammable and so it was replaced by non-flammable gases in the late 1950s.

Measurements:
overall: 80 mm x 50 mm .55 kg
Materials:
metal
Object Number:
1987-406/4
type:
piercing block
Image ©
The Board of Trustees of the Science Museum