DIY scissor lift plans – Scissor lift table 1000kg

Description

Explore the excellence of our Hydraulic Scissor Lift Table CAD design – a meticulous 3D and 2D project, crafted for DIY enthusiasts. Immerse yourself in the sophistication of our 3D CAD model and 2D DWG scissor lift table plans, meticulously assembled in AUTODESK Inventor 2014.This comprehensive package boasts a main assembly with individual solid 3D parts and subassemblies. The 29 sheets of 2D Inventor DWG assembly drawings offer detailed insights, while the 3D neutral CAD files in STEP, STL, and DWF formats ensure compatibility with various software.

Embark on your DIY journey with confidence, armed with editable CAD 3D models featuring adjustable material properties. Components are intelligently grouped in assemblies and subassemblies, reflecting their real-world functions. The DWG CAD drawings, created in Inventor 2014, are universally accessible across modern CAD software such as Inventor 2014, AutoCAD 2014, SolidWorks, Solid Edge, Catia, Creo, and more.

Visit our site to effortlessly download the 2D DWG documentation, comprising 29 sheets with title blocks, annotations, comments, dimensions, and comprehensive descriptions. Dive into the wealth of material data, technological guidelines, accuracy, tolerances, and more.

The scissor lift mechanism, constructed from welded steel frame components, features a single-action hydraulic cylinder from C&C Hydraulics and SKF bearings. Our versatile project is available in mild carbon steel, galvanized, aluminum, or stainless steel, accommodating a permissible load of 1000kg.

CAD Design Technical Data:

• Load capacity: 1000kg (2205lb)
• Lifting height: 310mm to 2090mm
• Weight: 220kg
• Scissor lift construction material: Construction steel S355JR
• Hydraulic cylinder: C&C Hydraulics

Elevate your projects with precision, efficiency, and a touch of innovation. Purchase our CAD design today and bring your DIY aspirations to life. Unlock the potential of your creations with the Hydraulic Scissor Lift Table CAD design from papacad.com