SolidWorks Motion Study: Design and simulate the operation of a simple belt conveyor with Belt/Chain Mate.

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The video titled "Solidworks tutorial: Simple Belt Conveyor Design Assembly and Motion Study" from the Solidworks Fun channel teaches you how to design a simple belt conveyor using SolidWorks , focusing on the design process of parts, assembly, and motion simulation.

This video is 8 minutes and 17 seconds long and provides a good basis for conveyor system design:

Summary of main content of the video: Simple Belt Conveyor

This video covers all three main steps of mechanical design in SolidWorks:

1. Part Modeling

The instructor will begin by creating the necessary sub-components:

Structure/Frame: Creates the main structure of the conveyor belt. [00:10] which is usually made from box steel or aluminum profiles using Sketch and Extrude commands .

Pulleys/Rollers: Make the head and tail rollers [00:50] Used to drive and support the belt. Keyway or various mounting holes may be created.

Belt: Create a model of a conveyor belt [01:20] which may be created as a surface or solid model with some thickness.

2. Assembly

Mate Definition: Put all the parts together in an Assembly file [02:30] Using the command] Using Mate like Concentric for shafts and Coincident for plane placement.

3. Motion Study

Using the Belt/Chain Mate (Focus Point): The instructor will use the Belt/Chain Mate command [03:50] To precisely define the relationship so that the rotation of one roller/pulley causes the other rollers and the belt to move accordingly.

Motor Setting: Set Motor [04:20] to the main drive shaft by setting the rotation speed.

Contact Simulation: Set Contact [05:00] Between the product (such as a box) and the surface of the belt.

Animation Rendering: Video showing the complete working result [06:00] Where the belt moves and the boxes are transported smoothly along the belt.

This video is a complete tutorial on basic conveyor system design, focusing on using Belt/Chain Mate to simulate belt operation.

1. SolidWorks Motion Study: Design and simulate the operation of a simple belt conveyor with Belt/Chain Mate. Focuses on the types of belts (Belt Conveyor) and important commands (Belt/Chain Mate) used in motion simulation.

2. SolidWorks Tutorial: Creating a Simple Conveyor Belt with Complete Assembly and Motion Study Steps Emphasis on comprehensiveness of content from start to finish, from parts to simulations of actual work.

3. Design Guide: Create Pulleys and Belts in SolidWorks Assembly Using Mechanical Mates Focuses on the main components (Pulleys/Rollers) and assembly techniques used in constructing belt transmission systems.

Software/Program SolidWorks, Motion Study, SolidWorks Teaching, CAD Program SolidWorks, Motion Simulation, CAD, 3D Modeling

System/Mechanical Conveyor belt, Belt Conveyor, Conveyor system, Pulleys, Belt rollers Conveyor System, Belt Conveyor, Material Handling, Pulley, Roller

Features/Commands Belt/Chain Mate, Mechanical Mate, Assembly, Motor, Motion Simulation Belt/Chain Mate, Assembly, Motion Study, Motor, Contact

Design techniques Mechanical engineering, machine design, power transmission, conveyor systems Mechanical Engineering, Machine Design, Power Transmission, Kinematics

General search terms SolidWorks Assembly, Belt Making Tutorial, Belt Animation Conveyor Animation, SolidWorks Belt, Simple Conveyor Tutorial

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SolidWorks Motion Study: Simulating the Interaction of a Pick and Place Robot and a Conveyor

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The video "Solidworks Motion study: Pick and Place Robot Moving Items on Roller Conveyors" from the Solidworks Fun channel is a tutorial video that simulates the movement of a Pick and Place Robot working with Roller Conveyors using SolidWorks Motion Study.

This video is short (1 minute 52 seconds) and focuses on an animation showing how the automation works together:

Summary of the main content of the video: Pick and Place robot on a conveyor belt

This video provides an overview of a complex automation system that integrates the movements of multiple mechanisms:

1. Operation of conveyor belt

Conveying: Roller Conveyor works [00:02] To transport objects (boxes/workpieces) into the robot's work area.

Workpiece Stopping: When the workpiece reaches the designated position, the stopper mechanism or roller will stop working. [00:08] To prepare for the robot to pick up

2. Operation of Pick and Place Robot

Picking up workpieces: Robot (may be Cartesian or Scara type) [00:10] will move down the axis (Z-axis) to pick up the workpiece.

Movement: The robot moves in the horizontal (XY-axis) and vertical (Z-axis) directions.00:15] To move the workpiece to a new location

Workpiece placement: Place the workpiece onto another roller conveyor belt or possibly another sorting area. [00:20]

3. System interaction (Motion Study)

Motor Settings: Motor settings are available [00:25] Make both the conveyor belt and the robot joints move in a specified time sequence.

Contact Simulation: Contact [ is used.00:30] To make picking up and placing workpieces realistic.

Animation Display: Video showing the results of a Motion Study where boxes are loaded, picked up by the robot, and placed away in a cycle. [00:40] It is a simulation of the complete operation cycle of an automated system.

This video is a great example of simulating a complex automation system in SolidWorks using Motion Study to examine the timing and kinematics of the entire system.

1. SolidWorks Motion Study: Simulating the Interaction of a Pick and Place Robot and a Conveyor Focus on the coordination between robots and conveyor belts, which is the heart of automation simulation.

2. SolidWorks Tutorial: Creating Pick and Place Robot Kinematics Emphasis on robot kinematics and animation creation steps in SolidWorks.

3. Design Guide: Factory Automation (Pick and Place) with Roller Conveyor in SolidWorks Focus on industrial applications to attract the target group of engineers and those interested in automation systems.

Software/Program SolidWorks, Motion Study, SolidWorks Teaching, CAD Program SolidWorks, Motion Simulation, CAD, Animation

System/Mechanism Robots, Pick and Place, Conveyor Belts, Pick and Place Systems, Automation Robot, Pick and Place, Conveyor System, Automation, Gripper

Features/Commands Kinematics, Dynamics, Joint Motion, Contact, Motor, Motion Simulation Kinematics, Dynamics, Motion Analysis, Contact, Motor, Assembly

Application Systems Engineering, Factory Automation, Machinery Design, Material Handling Systems Engineering, Factory Automation, Machine Design, Material Handling

General search terms SolidWorks Robot, Robot Animation, Mechanical Simulation Robot Animation, SolidWorks Mechanism, Pick and Place Tutorial

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SolidWorks Motion Study: Create a Realistic Roller Conveyor Animation

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This video, titled "SolidWorks Motion Study Tutorial | Roller Conveyor Animation," from the 3DSolid (SolidWorks Tutorial) channel, teaches how to use the Motion Study function in SolidWorks to create an animation of a roller conveyor system.

Since this video is 10 minutes and 57 seconds long, and you specified a start time of [07:46] (466 seconds), I'll focus on summarizing the content that occurred during that time and the relevant context.

Video Summary (Focus on [07:46])

This video teaches you the process of creating a conveyor belt animation from start to finish:

Beginning: Explains how to create the various parts of the conveyor system, such as the rollers and boxes [00:23], and then assembles them all in an assembly file [01:21].

Middle: Explains how to use Mate commands to define the motion relationships and constraints of various parts, specifically Concentric Mate, to keep the rollers stationary [02:40].

End (What You're Interested In): Set up a Motion Study to simulate actual motion.

Setting the Motor: The instructor uses the Motor command in Motion Study [05:40] to set the rollers to rotate at a constant speed (e.g., 20-30 RPM) to simulate the operation of the motor driving the conveyor belt.

Using Contact: This is a crucial step that occurs around [07:46].

The instructor sets the contact between the key components, the box and the rollers [07:46].

Purpose: The Contact setting tells SolidWorks that these two components will actually push (force) and rub (friction) against each other. When the rollers rotate, they exert a force that pushes the box forward in the direction of the rollers' rotation.

Running the Animation: After setting the Contact, the instructor presses the Calculate button [08:18] to have the program calculate and create an animation of the movement of the box as it is transported by the rollers on the conveyor belt.

Overall, this video demonstrates how to use SolidWorks Motion Study to simulate the physics of simple machine operation, focusing on using motors and contacts to create realistic object movement.

1. SolidWorks Motion Study: Create a realistic roller conveyor animation. Focus on the program's main function names (Motion Study) and the type of system being created (Roller Conveyor), which directly reflect the content.

2. SolidWorks Tutorial: Simulate the motion and friction of a box on a conveyor belt. Focus on the application of physics simulation (motion and contact/friction), which is an important part of motion study.

3. SolidWorks Assembly Guide: Insert motors and contacts to create realistic movement. Focus on the key steps in setting up motion: inserting motors (drive force) and contacts (contact) in the assembly file.

SolidWorks Software/Programs, SolidWorks Tutorials, 3D Software, SolidWorks CAD Programs, SolidWorks Tutorials, CAD, 3D Design

Features/Functions: Motion Study, Motion Simulation, Animation, Motor, Drive, Contact

Motion Study, SolidWorks Animation, Motor, Contact, Force, Friction

Systems/Workpieces: Conveyor Belts, Roller Conveyors, Roller Conveyor, Conveyor Assembly, Roller Conveyor, Assembly, Machine Design

Techniques/Applications: Manufacturing Engineering, Machine Design, Motion Analysis, System Operation, Mechanism Analysis, Dynamics, Engineering Design, Simulation

Common Search Terms: Advanced SolidWorks, Animation Tutorials, 3D Workpiece Creation (SolidWorks Advanced), Motion Analysis, CAD Simulation

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