Category: technical parts
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(model #1262)
Keywords: O-ring, toroidal seal, round seal, annular seal, circular gasket, O-shaped gasket, elastic ring seal, compression ring, toroid gasket, standard O-ring
This template generates toroidal seals (commonly known as O-rings in English). These seals are shaped like a "doughnut", or more precisely, like a torus—hence the name "toroidal seal".
O-rings are defined by two key dimensions: the inner diameter (ID) and the circular cross-section (or thickness), referred to as CS.
O-rings are used to ensure sealing in various mechanical and hydraulic systems, such as fittings, cylinders, or pumps.
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Additional information
To determine the outer diameter (OD), apply the formula OD = ID + 2×CS.
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2025-07-19 (last model before revision: #1212) :
parameters #1 and #2 : decimal places has been updated from "2" to "1"
Illustration of the parameters

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Latest models generated using this template
3D model of O-ring (torus-shaped seal) with dimensions Internal diameter 12.2 mm by section thickness 2.2 mm. The outer diameter is therefore 16.6 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 12.2 | mm |
cross section (CS) | 2.2 | mm |
STL model of rubber ring with Internal diameter 26 mm / section thickness 2.5 mm. Final diameter is therefore 31 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 26 | mm |
cross section (CS) | 2.5 | mm |
Model of O-ring with dimensions Internal diameter 110 mm by CS (cross section) 4 mm. Final diameter resulting corresponds to 118 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 110 | mm |
cross section (CS) | 4 | mm |
3D file in STL format of circular seal with dimensions Internal diameter (ID) 25 mm × CS 2.4 mm. The outer diameter corresponds to 29.8 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 25 | mm |
cross section (CS) | 2.4 | mm |
3D file of O-ring (torus-shaped seal) with dimensions ID 24 mm / CS (cross section) 2.8 mm. Final diameter resulting corresponds to 29.6 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 24 | mm |
cross section (CS) | 2.8 | mm |
3D model in STL format of O-ring (torus-shaped seal) with dimensions Internal diameter (ID) 48 mm × thickness 5 mm. External diameter (OD) resulting is 58 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 48 | mm |
cross section (CS) | 5 | mm |
3D model of O-ring (torus-shaped seal) with ID (inner diameter) 80 mm × CS 2.5 mm. Outer diameter (OD) is therefore 85 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 80 | mm |
cross section (CS) | 2.5 | mm |
3D model in STL format of O-ring with Inner diameter 150 mm by CS (cross section) 2.5 mm. The outer diameter resulting is 155 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 150 | mm |
cross section (CS) | 2.5 | mm |
3D file in STL format of O-ring with ID (inner diameter) 45 mm by section thickness 1.5 mm. Outer diameter (OD) corresponds to 48 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 45 | mm |
cross section (CS) | 1.5 | mm |
3D file in STL format of rubber ring with dimensions Inner diameter 70 mm × CS 3.5 mm. The outer diameter resulting is 77 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 70 | mm |
cross section (CS) | 3.5 | mm |
STL model of O-ring (torus-shaped seal) with dimensions ID 90 mm × section thickness 3.5 mm. Outer diameter (OD) resulting corresponds to 97 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 90 | mm |
cross section (CS) | 3.5 | mm |
File of sealing ring with Internal diameter 17 mm by CS 4 mm. Outer diameter (OD, for outer diameter) resulting is therefore 25 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 17 | mm |
cross section (CS) | 4 | mm |
3D model in STL format of sealing ring with Internal diameter 150 mm by CS (cross section) 10 mm. Outer diameter (OD, for outer diameter) is therefore 170 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 150 | mm |
cross section (CS) | 10 | mm |
File of O-ring (torus-shaped seal) with dimensions Inner diameter 18 mm by CS (cross section) 4.6 mm. The outer diameter is 27.2 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 18 | mm |
cross section (CS) | 4.6 | mm |
3D model of sealing ring with dimensions ID (inner diameter) 45 mm by thickness 5 mm. The outer diameter is 55 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 45 | mm |
cross section (CS) | 5 | mm |
Model of O-ring with Inner diameter (ID) 200 mm by CS (cross section) 6 mm. Final diameter resulting is 212 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 200 | mm |
cross section (CS) | 6 | mm |
STL file of O-ring with dimensions ID (inner diameter) 200 mm by section thickness 8 mm. The outer diameter resulting is therefore 216 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 200 | mm |
cross section (CS) | 8 | mm |
Model of rubber ring with dimensions ID (inner diameter) 100 mm / thickness 5 mm. Outer diameter (OD, for outer diameter) resulting is 110 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 100 | mm |
cross section (CS) | 5 | mm |
O-ring ID 30 × CS 2 mm (📦 #1118)
1 object(s) - format STL (5.0/5) 1 vote(s)
File of circular seal with dimensions ID 30 mm / thickness 2 mm. Outer diameter (OD, for outer diameter) resulting corresponds to 34 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 30 | mm |
cross section (CS) | 2 | mm |
3D model in STL format of rubber ring with dimensions Internal diameter 150 mm / section thickness 5 mm. Outer diameter (OD, for outer diameter) resulting is therefore 160 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 150 | mm |
cross section (CS) | 5 | mm |
3D file in STL format of rubber ring with ID (inner diameter) 50 mm / thickness 2.5 mm. Outer diameter (OD) resulting corresponds to 55 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 50 | mm |
cross section (CS) | 2.5 | mm |
3D file of O-ring (torus-shaped seal) with Internal diameter 5.2 mm / CS 2 mm. Final diameter resulting corresponds to 9.2 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 5.2 | mm |
cross section (CS) | 2 | mm |
STL file of O-ring with dimensions ID (inner diameter) 40 mm / section thickness 4 mm. The outer diameter resulting is 48 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 40 | mm |
cross section (CS) | 4 | mm |
STL file of sealing ring with Internal diameter (ID) 40 mm by CS 2 mm. External diameter (OD) resulting is therefore 44 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 40 | mm |
cross section (CS) | 2 | mm |
3D model of O-ring with dimensions ID (inner diameter) 200 mm by thickness 10 mm. Outer diameter (OD) resulting is 220 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 200 | mm |
cross section (CS) | 10 | mm |
STL file of O-ring (torus-shaped seal) with ID 10 mm / CS 6.3 mm. Outer diameter (OD, for outer diameter) resulting is therefore 22.6 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 10 | mm |
cross section (CS) | 6.3 | mm |
3D model in STL format of O-ring with dimensions Inner diameter 40 mm × thickness 6 mm. The outer diameter is therefore 52 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 40 | mm |
cross section (CS) | 6 | mm |
3D model in STL format of circular seal with Internal diameter 200 mm by section thickness 1 mm. External diameter (OD) is therefore 202 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 200 | mm |
cross section (CS) | 1 | mm |
STL model of circular seal with dimensions ID (inner diameter) 30 mm × section thickness 3 mm. The outer diameter is therefore 36 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 30 | mm |
cross section (CS) | 3 | mm |
3D model of rubber ring with Inner diameter 24 mm × CS 3 mm. Outer diameter (OD) corresponds to 30 mm.
Parameter | Value | Unit |
---|---|---|
inner diameter (ID) | 24 | mm |
cross section (CS) | 3 | mm |