3D Model Hydraulic Pickup Truck Jib Crane balero-30206-skf

environments. Key Features: Hydraulic Lifting Mechanism: The hydraulic arm provides smooth lifting of heavy loads, reducing the strain on manual handling. Adjustable Boom Length: The boom arm can be extended or retracted

3D Model Steel Structure Design for a Concrete Batching Plant in Germany

design needed to integrate with existing site infrastructure, withstand environmental and operational loads, and comply with European CE standards and local German building codes. Technical Challenges Designing

3D Model Dozer trap large febrication design work

Dozer Trap, involving heavy-duty barricade and structural steel design to withstand dozer impact loads, vibration, and continuous operation. The scope included modular steel members, load path analysis

3D Model New 25 MV 69/23 KV Ermita Substation Uprate

distribution system of 23 KV. The uniform distribution voltage level will minimize interruptions as loads can easily be transferred to neighboring sources.

Service I deliver fully manufacturing-ready solutions for 3D modeling, stress analysis, and BOM

deliver fully manufacturing-ready solutions, including 3D modeling, stress analysis under required loads, and production-ready drawings with optimized nesting layouts and complete BOM for material procurement

2D & 3D CAD Drawings Bill of Materials FEA Finite Element Analysis Exploded Drawing Design Sheet Metal Design 3D Rendering Design Problem Solving Keyshot SOLID WORKS 3D Modeling 3D Animation Services Mechanical Design Services

3D Model ROTOR END PLATE MACH

featuring a reinforced multi-spoke (9-spoke) configuration to handle high centrifugal forces and torque loads.

3D Model Pump Transfer Table

Calculation based design. Design to carry 4 tons loads with crane attached at top beam. Pallet with 20 nos. of Pump can be transfer because ball are provided at bottom of pallet. Vertical and Horizontal

3D Model staticfigure106

was conducted using ANSYS Workbench to determine the deformation and equivalent stress under static loads, simulating normal operating conditions. Modal Analysis: Modal analysis was performed to identify

3D Model Heavy-Duty Textile Waste Recycling (Tearing) Machine

dynamically balanced spiked cylinders, and a heavy-duty frame to withstand vibration and operational loads. I also integrated a dust extraction interface for operator safety.

3D Model Optimized Lightweight and Fully Adjustable Upright Design for FSAE

parameters easily. Blue part is the Upright, which has been optimized for fitting a 10 in wheel with the loads of an FSAE electric car. Shape has been topologically optimized by SolidThinking Inspire.