mud pump 3d model factory

This mud pump is reverse engineered for manufacturing . most of parts are 3d modeled using Solidworks and some parts are 3d scannned and then converted to 3d models. This design is a DFM (design for manufacturing) and it is manufactured.

This mud pump is reverse engineered for manufacturing . most of parts are 3d modeled using Solidworks and some parts are 3d scannned and then converted to 3d models. This design is a DFM (design for manufacturing) and it is manufactured.

Downloaded 3D Models can be used in 3ds Max, Blender, Maya, Lightwave, Softimage, Cinema 4D, Houdini, Daz Studio, Modo, Unity 3D, Unreal Engine, SketchUp, ZBrush, Poser and other 3D modeling software.

If you need, the following file formats can be exported from these above programs: 3D Studio (.3ds), Alembic (.abc), AutoCAD (.dxf, .dwg), COLLADA (.dae), Microsoft DirectX Direct3D (.x), glTF 2.0 WebGL (.glb, .gltf), Stanford (.ply), StereoLithography (.stl), Universal Scene Description (.usd, .usdc, .usda), VRML97 (.wrl), X3D Extensible 3D (.x3d).

Known as a leader in plunger pumps for the pressure cleaning industry, we have expanded to fully serve Vehicle Washing and many additional industrial applications, including Sewer Jetting, Oil and Gas, Mining, Misting, and many more.

Our in-house design team works to engineer, design, and create prototypes based on our customers’ requirements and the applications for which their pump will be used. We work with you to customize your new product, using 3D CAD modeling and ANSYS fluid and stress analysis software.

Gear pumps are also widely used in chemical installations to pump high viscosity fluids. There are two main variations; external gear pumps which use two external spur gears, and internal gear pumps which use an external and an internal spur gears (internal spur gear teeth face inwards, see below). Gear pumps are positive displacement (or fixed displacement), meaning they pump a constant amount of fluid for each revolution. Some gear pumps are designed to function as either a motor or a pump.

As the gears rotate they separate on the intake side of the pump, creating a void and suction which is filled by fluid. The fluid is carried by the gears to the discharge side of the pump, where the meshing of the gears displaces the fluid. The mechanical clearances are small— in the order of 10 μm. The tight clearances, along with the speed of rotation, effectively prevent the fluid from leaking backwards.

Many variations exist, including; helical and herringbone gear sets (instead of spur gears), lobe shaped rotors similar to Roots blowers (commonly used as superchargers), and mechanical designs that allow the stacking of pumps. The most common variations are shown below (the drive gear is shown blue and the idler is shown purple).

An external precision gear pump is usually limited to a maximum working pressure of 210 bars (21,000 kPa) and a maximum speed of 3,000 rpm. Some manufacturers produce gear pumps with higher working pressures and speeds but these types of pumps tend to be noisy and special precautions may have to be made.

Suction and pressure ports need to interface where the gears mesh (shown as dim gray lines in the internal pump images). Some internal gear pumps have an additional, crescent-shaped seal (shown above, right).

3D Printing Cement is here! We have combined our Scara Elite and Small 50 pump with Sikacrete® 3D printer cement developed by Sika USA. This is a versatile and convenient way of printing large-scale architecture and structures.

The Scara Elite is the first viable large-scale ceramic 3D printer using 3D printing material. It is capable of printing multiple objects non-stop. The Elite with the Small 50 can pump up to 3.5 gallons of material per minute through 85 feet of 1″ hose.