3D Model
Blower Assembly
The Blower is a device used to increase the velocity of air by passing it through an impeller to perform a specific function. They are mainly used for the flow of air/gas required for exhausting, aspirating
3D Model
Composite Pump Shroud and Magnetic Coupling
the composite shroud reduces inefficiencies between of the magnetic coupling between the motor and impeller. Inner a custom magnetic coupling was designed to suit as well as a set of adapter rings to fit
3D Model
Electric Air Blower 3D print model
PLA with different colors, however I used Orange ABS plastic with high temperature melting for the Impeller due that it has contact with the rotor, as we know that the temperature of the rotor rise after
3D Model
3D Design of Mission Centrifugal Pump
Pump with internal details, sectioning etc. In this model all internal parts like Bearings, Shaft, Impeller, Involute Housing, wear plate and Pedestal are shown properly.
Designer
arunv2
Mechanical Design Engineer with NX experience
requirements.Worked on many priojects for well knowed organizations. Rotor Blade, Manifolds,Plastic parts,Impeller,casing and many more.
3D Model
Manhole Slurry Agitator - SOLINAS
telescopic shafts to extend from 1 meter (retracted) to 5 meters (fully extended) in 100 rotations. The impeller activates only after reaching the desired depth, protecting the tank walls. Portability and Compact
Designer
tsalpha
Product Design, SURFCAM & Reverse Engineering Specialist
Pattern Maker by trade, since 1981, specializing in the pump/impeller industry. I have 15 years experience creating 3D models for manufacturing using the latest CAD/CAM software. I also have a Faro digitizing
Designer
egano
Design Engineer
into 3D printed parts for biolab equipment, and built a fully functioning fume extractor, including impeller and volute, for soldering. I have also designed and built a fully functioning drone, requiring knowledge
3D Model
Pressure Valve Design for LZZR Project | SolidWorks 3D CAD Model
moon as part of a highly complex assembly. The design showcases a detailed assembly, including the impeller and housing components, optimized for efficient pressure regulation in extreme environments. The
3D Model
Centrifugal Fan Design and CFD Validation
airflow rate of 1500 m³/h while operating with a 1500 RPM motor. The fan assembly, including the impeller and volute housing, was designed in SolidWorks with consideration given to airflow performance,