Non-Parametric Geometry Catalog¶
This catalog shows the available selections for scalable static or moving bodies to add to your model. Non-parametric geometry parameters are not editable, they can only be scaled uniformly. These include geometries typical of vendor systems.
Baffles¶
Description |
Geometry |
|---|---|
3-finger baffle |
|
C baffle |
|
Sensor baffle |
|
Fin baffle |
|
H baffle |
|
Beavertail baffle |
|
Impeller: Bottom Mounted Magnetic¶
Description |
Geometry |
|---|---|
MBE 80mm | Pharmaceutical and biotechnology blending applications. |
|
MBE 130mm | Pharmaceutical and biotechnology blending applications. |
|
Bottom Mounted Mag 100 | Pharmaceutical and biotechnology blending applications. |
|
Bottom Mounted Mag 150 | Pharmaceutical and biotechnology blending applications. |
|
Bottom Mounted Mag 200 | Pharmaceutical and biotechnology blending applications. |
|
Bottom Mounted Mag 250 | Pharmaceutical and biotechnology blending applications. |
|
Bottom Mounted Mag 300 | Pharmaceutical and biotechnology blending applications. |
|
Magnetic Mixer 11.75in | Pharmaceutical and biotechnology blending applications. |
|
MBE 105mm | Pharmaceutical and biotechnology blending applications. |
|
Magnetic Mixer 8in | Pharmaceutical and biotechnology blending applications. |
|
Magnetic Mixer 6in | Pharmaceutical and biotechnology blending applications. |
|
Impeller: Gas Dispersion¶
Description |
Geometry |
|---|---|
Gas dispersion | Curved disc. |
|
Gas dispersion | Self Aspirating. |
|
Gas dispersion | Self Aspirating. |
|
Impeller: Glass-lined Series D¶
Description |
Geometry |
|---|---|
Trapezoidal | Glass-lined trapzoidal impeller. |
|
Hydrofoil | Glass-lined hydrofoil impeller. |
|
Hydrofoil 2 | Glass-lined hydrofoil. Axial flow mixing applications in glass-lined reactors. |
|
Impeller | Retreat-like glass lined impeller. |
|
Frame | Glass-lined frame impeller. |
|
Anchor | Glass-lined anchor impeller. |
|
Turbine | Glass-lined turbine. |
|
Impeller: Glass-lined Series P¶
Description |
Geometry |
|---|---|
ANC | |
|
GST | |
|
TBF | |
|
CBR | |
|
RCI | |
|
RBT | |
|
PBT | |
|
MSG | |
|
FBT | |
|
TBX | |
|
FDT | |
|
CBT | |
|
MXT | |
|
Impeller: High Efficiency¶
Description |
Geometry |
|---|---|
High Efficiency Impeller 1 | Turbulent flow blending applications and solids suspension. |
|
High Efficiency Impeller 2 | Turbulent flow blending applications and solids suspension. |
|
High Efficiency Impeller 3 | Turbulent flow blending applications and solids suspension. |
|
Impeller: High Shear¶
Description |
Geometry |
|---|---|
Sawtooth (high tooth count) | High shear applications. |
|
Sawtooth | High shear applications. |
|
Impeller: High Solidity¶
Description |
Geometry |
|---|---|
Draft Tube Impeller 2 | Turbulent up-pumping mixing applications. |
|
Marine Impeller | High impeller speed, high pumping applications. |
|
Hydrofoil | Axial flow impeller. |
|
Side Entry Impeller | |
|
Draft Tube Impeller 1 | |
|
Split Disc | Pharmaceutical and biotechnology blending applications. |
|
Impeller: High Viscosity¶
Description |
Geometry |
|---|---|
Anchor Impeller | High viscosity blending applications. |
|
High Viscosity Impeller 1 | High viscosity blending applications. |
|
High Viscosity Impeller 2 | High viscosity blending applications. |
|
High Viscosity Impeller 3 | High viscosity blending applications. |
|
High Viscosity Impeller 4 | High viscosity blending applications. |
|
High Viscosity 2 Blade | High viscosity blending applications. |
|
High Viscosity 3 Blade | High viscosity blending applications. |
|
High Viscosity 4 Blade | High viscosity blending applications. |
|
Single Helical Ribbon with Screw | High viscosity blending applications. |
|
Double Helical Ribbon | High viscosity blending applications. |
|
Impeller: Solid Suspension¶
Description |
Geometry |
|---|---|
Solid Suspension 4 | |
|
Solid Suspension 2 | |
|
Solid Suspension Impeller 1 | Mass transfer and gas bubble dispersion applications. |
|
High Solidity Hydrofoil | Transitional flow blending and/or high concentration solids suspension applications. |
|
Solid Suspension 3 | |
|
Solid Suspension 3 | |
|
Low Level Mixing | Slurry blending and suspension applications. |
|
Impeller: Transitional flow¶
Description |
Geometry |
|---|---|
Transitional Flow 2 Blade 25 degrees | |
|
Transitional flow 4 Blade 53 degrees | |
|
Transitional Flow 2 Blade 53 degrees | |
|
Transitional Flow 3 Blade 53 degrees | |
|
Transitional Flow 4 Blade 25 degrees | Higher efficient extension of pitch blade impeller. |
|
Transitional Flow Impeller 1 | Transitional flow. Non-Newtonian/high viscosity blending applications. |
|
Transitional Flow Impeller 2 | Two-fluid transitional flow and/or non-Newtonian blending applications. |
|
Transitional Flow 3 Blade 25 degrees | |
|
Thaletec Impellers¶
Description |
Geometry |
|---|---|
THALETEC PBT D1090.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC SGT D760.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC TAF D990.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC TAR D990.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC TXF D990.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALTEC AMT D1100.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALTEC DCT D990.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC Anchor D1880.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC CXR D1040.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC CXU D1040.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC DCX D990.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC FBT D1090.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC GDT D730.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC PBX D1120.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC RCI CW D1100.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
THALETEC RCiEco D1100.stp | Geometry is owned by Thaletec. For more information please contact process@thaletec.com. Axis: 0 0 1 |
|
Thaletec Tanks¶
Description |
Geometry |
|---|---|
BE6300 PowerBaffle Mesh.stl | Importing file: “BE6300 PowerBaffle Mesh.stl”; Using importer: Default; Axis: 0 1 0 |
|
BE6300 DeltaBaffle Mesh.stl | Importing file: “BE6300 DeltaBaffle Mesh.stl”; Using importer: Default; Axis: 0 1 0 |
|
BE6300 Tank Mesh.stl | Importing file: “BE6300 Tank Mesh.stl”; Using importer: Default; Axis: 0 1 0 |
|
User Catalog: Impellers¶
Description |
Geometry |
|---|---|
FDT.IGS | Importing file: “FDT.IGS”; Using importer: ScaledImpeller |
|
FBT.IGS | Importing file: “FBT.IGS”; Using importer: ScaledImpeller |
|
User Catalog: Normal¶
Description |
Geometry |
|---|---|
A312.IGS | Importing file: “A312.IGS”; Using importer: Default |
|
A310.IGS | Importing file: “A310.IGS”; Using importer: Default |
|
Wave Bag¶
Description |
Geometry |
|---|---|
Wave Bag 100 L | Wave bag 100 L capacity. |
|
Wave Bag 10 L | Wave Bag 10 L capacity. |
|
Wave Bag 1 L | Wave Bag 1 L capacity. |
|
Wave Bag 200 L | Wave bag 200 L capacity. |
|
Wave Bag 20 L | Wave bag 20 L capacity. |
|
Wave Bag 2 L | Wave bag 2 L capacity. |
|
Wave Bag 50 L | Wave bag 50 L capacity. |
|