PVC Short Reducing Bushes - Spigot x Socket End - 3D model

cgtrader

Human: You're looking at 37 high-quality 3D CAD files, ready to download and use in professional process engineering projects. These 3D models are incredibly detailed and have accurate dimensions, making them perfect for a wide range of applications. What's more, these 3D parts are created based on real equipment data and built to exact specifications by qualified Dutch mechanical engineers. The quality is outstanding, with each model offering a high degree of detail that rivals the originals. The main dimensions are based on public data from major piping and tubing suppliers, ensuring they're precise and match real-world components closely. You'll find all the necessary details, down to the smallest specs, to make your design projects a success. Our 3D CAD files come in a variety of diameters, covering DN15 x DN10 (20mm x 16mm), DN20 x DN10 (25mm x 16mm), and more than 30 additional combinations up to DN225 x DN200. The formats available for download include STEP file (.stp), ensuring seamless integration with popular CAD software. When creating our 3D models, we begin by gathering detailed dimension data. This information is then carefully transferred into Autodesk Inventor, allowing us to model each part in various sizes based on the primary dimensions. We take it a step further by incorporating as many intricate details as possible, bringing the virtual representation close to the real thing. All 3D files are converted to the STEP file format for maximum compatibility with various solid modeling software programs, including Autodesk Inventor, Autodesk Fusion 360, Dassault Solidworks, and others. The result is hassle-free importation without any quality loss in your preferred CAD application. AVAILABLE DIAMETERS: - DN15 x DN10 (20mm x 16mm) - DN20 x DN10 (25mm x 16mm) - DN20 x DN15 (25mm x 20mm) - DN25 x DN10 (32mm x 16mm) - DN25 x DN15 (32mm x 20mm) - DN25 x DN20 (32mm x 25mm) - DN32 x DN15 (40mm x 20mm) - DN32 x DN20 (40mm x 25mm) - DN32 x DN25 (40mm x 32mm) - DN40 x DN20 (50mm x 25mm) - DN40 x DN25 (50mm x 32mm) - DN40 x DN32 (50mm x 40mm) - DN50 x DN25 (63mm x 32mm) - DN50 x DN32 (63mm x 40mm) - DN50 x DN40 (63mm x 50mm) - DN65 x DN32 (75mm x 40mm) - DN65 x DN40 (75mm x 50mm) - DN65 x DN50 (75mm x 63mm) - DN80 x DN40 (90mm x 50mm) - DN80 x DN50 (90mm x 63mm) - DN80 x DN65 (90mm x 75mm) - DN100 x DN50 (110mm x 63mm) - DN100 x DN65 (110mm x 75mm) - DN100 x DN80 (110mm x 90mm) - DN110 x DN65 (125mm x 75mm) - DN110 x DN80 (125mm x 90mm) - DN110 x DN100 (125mm x 110mm) - DN125 x DN80 (140mm x 90mm) - DN125 x DN100 (140mm x 110mm) - DN125 x DN110 (140mm x 125mm) - DN150 x DN100 (160mm x 110mm) - DN150 x DN110 (160mm x 125mm) - DN150 x DN125 (160mm x 140mm) - DN200 x DN150 (200mm x 160mm) - DN200 x DN160 (200mm x 180mm) - DN225 x DN150 (225mm x 160mm) - DN225 x DN200 (225mm x 200mm) HOW WE CREATE OUR 3D CAD FILES: 1. We begin by gathering data about the dimensions of a part, transferring it into a spreadsheet for accurate representation in Autodesk Inventor. 2. We then use this information to model each component in all available sizes based on the primary dimensions, incorporating as many detailed features as possible to ensure the digital representations closely mimic their real-world counterparts. 3. The resulting 3D CAD models are converted into STEP file format (.stp), allowing for hassle-free importation without any loss of quality into various popular solid modeling software applications.