PVC Three-way Ball Valves - Socket Ends -  3D model

PVC Three-way Ball Valves - Socket Ends - 3D model

cgtrader

✔ Download this zip file and gain access to 14 premium 3D CAD files perfect for high-end process engineering projects.\n✔ Every aspect of these files is tailored to ensure accuracy, precision, and ease of use in the most demanding projects.\n✔ Boasting incredibly detailed designs and exacting dimensions, these 3D models represent a culmination of cutting-edge technology and meticulous craftsmanship.\n\ncreated with meticulous attention to detail by a team of experienced Dutch mechanical engineers, who base their work on actual equipment specifications. Our commitment to accuracy ensures that the primary dimensions mirror those of the original components from leading piping/tubing manufacturers. With a vast range of available diameters to cater to various engineering needs, this collection is unparalleled: ✔ DN10 - 16mm ✔ DN15 - 20mm ✗ DN20 - 25mm ✖- DN25 - 32mm ‗- DN32 - 40mm ⍉- DN40 - 50mm ⎉ -DN50 - 63mm PRESSURE RATINGS COVERED: PN10/PN16 MANUALLY CUSTOMIZING HANDLE POSITIONS: •Open •Closed Crafting the Perfect 3D CAD Files: We start by collecting exact dimensions, which we then input into Autodesk Inventor for comprehensive modeling. With precise primary measurements as our foundation, we meticulously add as much detail as possible to get closer to actual part designs. By converting them to step file format, you can utilize these highly reliable and compatible files with a broader range of software applications. Step files are the universal language, able to seamlessly be shared between: ‗- Autodesk Inventor ⍊₀️ Autodes Fusion 360 • Dassault Solidworks • Siemens Solid Edge

Download Model from cgtrader

With this file you will be able to print PVC Three-way Ball Valves - Socket Ends - 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on PVC Three-way Ball Valves - Socket Ends - 3D model.