What is the difference between an exploded view and an assembly of machine vice?

An exploded view is a method of drawing a three-dimensional object in two dimensions, typically for the purpose of showing the relative size and relationships between various parts of the object. An assembly view is a way to represent an object in which it is shown as composed of parts, typically by arranging them on a two-dimensional plane.

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Assembly Of Machine Vice and Exploded View

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Overview

A machine vice is a mechanical device that is used to hold an object while it is being machined, or to hold two objects together. It usually consists of two jaws, one on each side of the object, which can be moved towards each other. The machine vice has many applications in manufacturing and engineering. The purpose of a machine vice is to hold an object while it undergoes machining or assembly securely. A machine vice also has the ability to grip two objects together tightly and precisely. It is usually used for holding a workpiece in place for drilling, cutting, bending, shaping, and other operations. Machines vices are primarily used in engineering and manufacturing settings because they are very versatile tools for holding parts for machining work or for assembling parts together when precision alignment is needed. SolidWorks is one of the most popular CAD software available in the market today. It helps to design and visualise products before they are manufactured. This video tutorial will provide an overview of the assembly process of a mechanical vice and how it can be done with the help of SolidWorks. Steps Required for Assembly of Machine Vice with SolidWorks The steps required for assembly of machine vice with SolidWorks are: - Select the “Machine Vice” from the “Product” tab on the left side of the screen - Choose the type of vice assembly and drag it into position - Add material thicknesses and radius dimensions - Add bolts and screws - Finish by adding tension springs How to Assemble a Machine Vice in SolidWorks The assembly of machine vice is a complicated task. The first step is to open the SolidWorks application and create a new document. This can be done by selecting “File”> “New”> “SolidWorks Document.” Next, the user should select the appropriate drawing template for their desired machine vice. SolidWorks Assembly Troubleshooting Troubleshooting assembly is the process of finding and resolving the cause of a problem in an assembly. The following are some common causes of assembly problems: -improper or incomplete design -improper or incomplete manufacturing processes -component failure -inappropriate material selection Troubleshooting assembly is often done by carefully examining the components and their fit together, which can be done using various inspection tools. The goal is to find any problems that might exist in the assembly and find the root cause. The design process is the most crucial part of manufacturing. It is the process by which a product is developed, from conception to production. There are many steps involved in this process, and each step has its own procedures and standards. Designers need to be aware of all these steps in order to successfully create a product. An exploded view is a drawing that shows the components of a mechanical assembly and their relationship to each other. It can be used for many purposes, but it is typically used to show parts in isolation for clarity, or when the part cannot be seen easily in its assembled form. A Solidworks Exploded View is a 3D view of an assembly that shows how the individual parts are connected to each other. It is important because it lets you see how the parts are assembled, and it can help you understand the design process.

An exploded view is a method of drawing a three-dimensional object in two dimensions, typically for the purpose of showing the relative size and relationships between various parts of the object.
An assembly view is a way to represent an object in which it is shown as composed of parts, typically by arranging them on a two-dimensional plane.

The assembly of machine vice in Solidworks is a process of connecting the parts to form a single whole. This process can be done by using various methods. One method is to use assembly mates and constraints. The other method is to use assembly planes and surface and volume references. The assembly mates are used to mate two parts together in order for them to share the same surface or volume reference. The assembly constraints are used to mate parts together by applying forces, torques or moments at specific locations on the geometry of one part relative to a coordinate system defined on another part.

For the process of assembling a machine vice in Solidworks, the first step is to create a new assembly and add the machine vice component. The next step is to create a new part and add it as part number two. Next, we need to create a hole for the screw connecting parts one and two. We can then use the hole pattern command to define how many holes should be drilled on each side of the machine vice. Finally, the last step is to assemble parts one and two together with screws.

We will start with a new assembly drawing of machine vice in Solidworks. It is created by the following steps: 1. Open Solidworks and create a new part file. 2. Add a sketch to the front plane and extrude it to create the base for the machine vice. 3. In order to add more detail, we will add some fillets, chamfers, and rounds to the edges of our base plate so that it looks more like a real machine vice. 4. To ensure our work is accurate, we need to measure the dimensions of our base plate before we finish drawing it with dimensions in millimetres (mm). 5. We can then use these measurements as constraints for our sketch geometry when we are finished drawing it so that the fillets, chamfers, and rounds are drawn precisely. 6. When we finish drawing our sketch geometry, we can then use it as a template when we finish adding dimensions in millimetres (mm) to our base plate. 7. After this step is complete, we can then add more detail to our sketch geometry before continuing Once all the views have been created, you will create an exploded view of the assembly from one of the base views.

Dimensions are critical to the design and manufacture of a machine vice. They are used to determine the size and shape of the vice as well as where it will be manufactured. There are two types of dimensions - There are two types of dimensions, which include: -Tolerances: These indicate how much a dimension can vary from its nominal value without affecting fit or performance. -Clearance dimensions: These indicate how much space there is between parts or components. Clearance dimensions can be positive (room for movement) or negative (space that must be left).

A machine vice assembly drawing is basically a blueprint of the machine. It shows how all the parts and components fit together, as well as how they are assembled and connected. The blueprint also includes dimensions for all parts, so a machinist can ensure that everything is made to the correct size before starting production.

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Mo Naushad

dear sir, can u please provide us solidworks assembly drawing pdf for dimension because pnly in this lecture video quality is blurr or not visible. if u provide solidworks assembly drawing pdf

Ritanshu Vishvkarma

Very knowledgeable content. Excellent

Kaksh Patel

Thank you very much providing this valuable information regarding SolidWorks Drafting and Designing Deep Understanding with Extra knowledge Designing of 2D drafting and 3D drafting plus sheet Design.

Rahul

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Pralay Laskar

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Sumit Patil

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Jatin

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MAHIPAL CHAWDA

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Shahnawaz Laique

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Assembly Of Machine Vice and Exploded View

Start a new search

Overview

What is the difference between an exploded view and an assembly of machine vice?

What is the assembly of machine vice in Solidworks?

How do you assemble a machine vice in Solidworks?

How do I start a new assembly drawing of machine vice in Solidworks?

What are the dimensions of a machine vice assembly drawing?

How does a machine vice assembly drawing work?

Learner's Ratings

Reviews

Mo Naushad

Ritanshu Vishvkarma

Kaksh Patel

Rahul

Pralay Laskar

Sumit Patil

Jatin

MAHIPAL CHAWDA

Shahnawaz Laique

Ayaan Diwan

Recommended Courses

Selenium Automation Testing Course

CREO Course

Matlab Programming Course

Course Content

Introduction to Solidworks

Dowloading & Installation of Solidworks

Getting familiar with Interface of Solidworks

Customize User Interface of Solidworks

How to change units in Solidworks

Sketch Model Line, circle & rectangle tool in solidworks

Arc, Ellipse & Slot tool in Solidworks

Point, spline, Text & Construction Geometry in solidworks

Fillet, Chamfer & Offset tool in Solidworks

Trim, Extend & Splitting in Solidworks

Dynamic Mirror & Mirror in Solidworks

Move, Copy, Rotate, Scale & Stretch tool in Solidworks

Modify Sketch, Jog Line & Inference Line in Solidworks

Using Snaps in Solidworks

Sketch Pattern & Hatch in Solidworks

Rapid Sketch in Solidworks

Close Sketch tool, Model tool & Convert Entities in Solidworks

Blocks in Solidworks

Relation in Solidworks

Adding Dimension to a Sketch in Solidworks

Repair Sketch & Display Delete Relation in Solidworks

Creating 3D Sketch in Solidworks

Assignment : Sketch Tool

Entering The Part Module in Solidworks

Creating Extrude Boss in Solidworks

Creating Revolved Boss in Solidworks

Creating Sweft Boss in Solidworks

Creating Loft Boss in Solidworks

Extrude Cut in Solidworks

Revolve Cut Features In Solidworks

Swept Cut Features In Solidworks

Loft Cut Features In Solidworks

Implementation of Reference Plane in Solidworks

Reference Geometries & Coordinate System in Solidworks

Split Curves in Solidworks

Projecting Curves & Curves through reference points in Solidworks

Helix & Spiral Curves in Solidworks

Fillets in Solidworks

Variable Size, Face, Round Fillet & Fillet Xpert in SolidworkS

Chamfers in Solidworks

Shell in Solidworks

Rib in Solidworks

Drafts in Solidworks

Pattern - Part 1 in Solidworks

Pattern - Part 2 in Solidworks

Mirror in Solidworks

Simple Hole & Hole Wizard in Solidworks

Wrap Features in Solidworks

Vent in Solidworks

Dome in Solidworks

Body Intersection tool in Solidworks

Split, Delete & Multiple bodies in Solidworks

Link Dimensions in Solidworks

Design Tables in Solidworks