3D Model CFD simulation, by Ansys
(PA & OH) with 16 years of experience in design and manufacturing in mechanical industries such as plastic-making machines, steel, paper, ventilation, impellers, etc. Machine and equipment design experience
Designer hariprasathg
Mechanical Design Engineer with PTC Creo, Solidworks and AutoCAD experience
different Metal cutting principles such as Laser Cutting and Manufacturing Technologies such as Hot Extrusion and Additive Manufacturing and 3D Printing.
2D and 3D Mechanical Drafting 2D CAD Design Services 2D CAD Drafting Services 2D to 3D Conversion Services 3D Models Additive Manufacturing API Assembly Drawing Services AutoCAD AutoCAD Conversion Services AutoCAD Design Services AutoCAD Drafting & Design AutoCAD Drawing Services CAD Conversion Services CAD Design CAD Drafting Services CAD Drawing Services Design Engineering Services Design for Additive Manufacturing Design for Assembly Services Design for Manufacturability (DFM Services) Design for Manufacturing and Assembly DFM Services Display Design Drafting and Design Services Engineering Design Extrusion Fused Deposition Modeling Image to CAD Conversion Services Industrial Design Services Industrial Mechanical Engineering Industrial Structure Design Machine Design Manufacturing Drawings Mechanical CAD Design Mechanical Design Mechanical Design Services Mechanical Drafting Mechanical Engineering New Product Development Plastic Design Product Design and Development Product Engineering Services Prototyping PTC Creo Parametric Rapid Prototyping Reverse Engineering Sheet Metal Design SolidWorks SolidWorks Design Services SolidWorks Engineering Services Standardization of Drawings
Designer Pranay
General CAD Drafting, AutoCAD & Mechanical Drafting Designer
development of innovative mechanical design. Experienced in the areas of sheet metal component, plastic & aluminum die casting components design. Proven ability to apply general principles of mathematics
AutoCAD CAD Design Casting Design & Drafting Design for Assembly Design for Manufacturing Die Casting Extrusion Fabrication Drawings FEA Furniture Design General CAD Drafting Mechanical Design Mechanical Drafting Mechanical Engineer Mechanical Engineering Product Design PTC Creo Parametric
3D Model Electric Air Blower 3D print model
using FDM process. For the most parts I used 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
Designer briand4
Mechanical Engineer with Solidworks, CREO and Fuzion Experience
manufacturing methods. I have designed components and assemblies for injection molding, casting, extrusion, stamping, prototype machines (FDM printers) and standard machining. I strive to use the design
2D & 3D Modeling 2D to 3D Conversion Services 2D to 3D Modeling 3D Design Services 3D Plastic Parts 3D Printing Design 3D Solid Modeling Assembly Drawing Services Autodesk Fusion 360 Bottom up Design CAD Conversion Services CAD Design Casting CFD Simulation Engineering Concept Design Contract Drafting Services Design for Assembly Services Design for Manufacturability (DFM Services) Design for Manufacture and Assembly (DFMA) DIY Design Extrusion FEA Finite Element Analysis General CAD Drafting Injection Molding Injection Molding and Casting Machining Mechanical CAD Design Part-to-CAD Modeling PDF to CAD Conversion Prototype Design Engineering PTC Creo Parametric Reverse Engineering SolidWorks Top down Design
Designer sayedb
Mechanical design engineer
different manufacturing process (Molded metal part, injected plastic part, sheet metal, laser cutting, machined part CNC, bending, forming, extrusion...), till the phase of the detailed technical drawing for
2D and 3D CAD Design 2D Manufacturing Drawings 3D CAD Modeling 3D Product Design AutoCAD CAD Design CAD Mechanical Engineering CAD Modeling CAD/CAM CAM CATIA Design Development Design Engineering Services Design for Manufacturing Electromechanical Engineering Engineering Design Extrusion FEA FEA Analysis FEA Finite Element Analysis Mechanical Drawing Services Mechanical Engineer Mechanical Engineering Prototype Design Engineering Prototyping Rendering Reverse Engineering Solid Edge SolidWorks SolidWorks Engineering Services Structural Engineering
Designer shaw
Cad design engineer
M.Tech in Mechanical engineering from Indian school of mines, Dhanbad. Currently I am working in a Automotive company as a cad design engineer. I have more than 3 years of working experience in Automobile sector.
3D Design Services 3D Modeling AutoCAD Autodesk Inventor Automotive Design CAD Design Design Engineer Extrusion Die Plate Design Mechanical Engineer Mechanical Engineering Microsoft Office Mould Design PDF to DWG Conversion Plastic Parts Design Siemens NX (Unigraphics)
Designer armenl
Mechanical engineering professional with multiple CAD programs experience
SolidWorks, Catia V5, NX, AutoCAD, flow simulation in SolidWorks. Highly skilled in products for plastic molding, aluminum extrusions and molded parts. Deep knowledge in sheet metal and more.
2D CAD Design Services 2D CAD Drafting Services 3D Modeling 3D Printing Design 3D Prototyping Assembly Modeling Services AutoCAD AutoCAD Drawing Services CAD Design CATIA CATIA Design Services Concept 3D Modeling Concept Design Design Engineering Services Extrusion Fabrication Drawings Services Injection Molding and Casting Manufacturing Drawings Mechanical CAD Design Mechanical Drawing Services Metal Design and Fabrication New Invention Development NX siemens Product Development (NPD) Prototype Design Engineering Prototype Design Services Sheet Metal Design Simulation SolidWorks SolidWorks Design Services
Job Design Brief: Panel with Rounded Corners and Hole Positions
positioned 130 mm down from the top edge, centered horizontally Bottom hole: Diameter: 22 mm (for plastic piezo switch button) Center positioned 175 mm up from the bottom edge, centered horizontally
2D & 3D CAD Design 2D Drafting 2D CAD Drawings 2D Drawings and Floor Plans 2D CAD Drafting Services 2D CAD Design Services
Skill Blow Molding Design
The result is the plastic is able to conform to the shape of the cavity within the mold. This very useful process is used to create a huge number of hollowed out parts, including plastic bottles. The steps