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OEM#: 2412203New OEM Original Outright
GAS SPRING, 25 MM DIA, 100 N FORCE by GE Healthcare
Your price:
$261.57 each $291.00 Savings: $29.43 (10%)
Estimated to ship by 10/25 if ordered before 6:00 PM EST
OEM#: 2412203GAS SPRING, 25 MM DIA, 100 N FORCE by GE Healthcare
New OEM Original Outright
Your price:
$261.57 each
$291.00 Savings: $29.43 (10%)
Estimated to ship by 10/25 if ordered before 6:00 PM EST
Asset Information
Drop Shipped From GE - Not For Export Out Of US
ADD TO LIST
Product Overview
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
Technical Specs
P/N: 2412203 Key Specs
Item
GAS SPRING, 25 MM DIA, 100 N FORCE
OEM
GE Healthcare
OEM #
2412203
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Diameter
25 mm
Force
100 N
Size
0.98 IN
Fitments
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
- GE Healthcare
- SENO ADVANTAGE
- SENOGRAPHE ESSENTIAL
- SENOCLAIRE
Product Overview
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
Technical Specs
P/N: 2412203 Key Specs
Item
GAS SPRING, 25 MM DIA, 100 N FORCE
OEM
GE Healthcare
OEM #
2412203
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Diameter
25 mm
Force
100 N
Size
0.98 IN
Fitments
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
- GE Healthcare
- SENO ADVANTAGE
- SENOGRAPHE ESSENTIAL
- SENOCLAIRE
Product Overview
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
Technical Specs
P/N: 2412203 Key Specs
Item
GAS SPRING, 25 MM DIA, 100 N FORCE
OEM
GE Healthcare
OEM #
2412203
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Diameter
25 mm
Force
100 N
Size
0.98 IN
Fitments
The Gas Spring can be defined as hydro-pneumatic energy storage elements. The gas spring unit consists of the piston rod, sealed cylinder and sealer. The nitrogen gas and oil are filled in a sealed cylinder, and the piston rod is attached with the cylinder. This unit works in a two principle movement’s compression stroke and extension stroke. In compression stroke the piston rod is pushed down the fluid and gas in the cylinder gets compressed and the energy gets stored. When the pressure on the rod gets released, the piston gets back to its original position due to the energy released in the compressed fluid. The sealers are made of high-quality materials to withstand the pressure. Its because of the high pressure of the gas inside it, a gas spring can be much more compact than a metal spring that would provide the same amount of force. The gas springs expand and contract more smoothly than metal springs and can be designed to open and close at an exact and constant speed (unlike metal springs, which contract faster when they are extended further and can be very unpredictable).
- Good structural design
- Made of quality material
- Corrosion resistance
- Faster motion
- Easy to assemble and dismantle
- GE Healthcare
- SENO ADVANTAGE
- SENOGRAPHE ESSENTIAL
- SENOCLAIRE