Services Details

Solid Works

Solid Works is a solid modelling computer-aided design (CAD) and computer-aided engineering (CAE) application published by  Dassault Systems .  the goal of building 3D CAD software that was easy-to-use, affordable, and available on the Windows desktop. Operating later from Concord, Massachusetts, Solid Works released its first product Solid Works 95, in November 1995. [5][6]  In 1997 Dassault. Solid Works is a solid modeller, and utilizes a parametric feature-based approach which was initially developed by PTC (Cero/Pro-Engineer) to create models and assemblies. The software uses the Para solid modelling kernel. Solid Works Corporation was founded in December 1993 by Massachusetts Institute of Technology graduate Jon Hirsch tick. Hirsch tick used $1 million he had made while a member of the MIT Blackjack Team to set up the company. Initially based in Waltham, Massachusetts USA, Hirsch tick recruited a team of engineers with the goal of building 3D CAD software that was easy-to-use, affordable, and available on the Windows desktop. Operating later from Concord, Topics include Introduction to PDC & CAD/CAM/CAE
SOLIDWORKS is powerful 3D CADD software that helps in shortening the design cycle and increases productivity. SOLIDWORKS is the world’s leading product design software that facilitates us to deliver innovative solutions to the engineering or technical industries MANJU CAD EXPERTS offers the best classroom training in India that helps the learner to get in-depth knowledge of various tools and features available in the Solid works software.
Being a 2D and 3D parametric modeller, SOLIDWORKS is essential to most engineering and drafting systems MANJU CAD EXPERTS provides software training on a wide range of courses in the field of CAD, CAM & CAE and also they put great emphasis on delivering quality training to students. Further, while taking the coaching classes for SOLIDWORKS, students are encouraged to do Internship and also gets an option to go for industrial visits.
Further while taking the SOLIDWORKS training, students get many benefits like student panel, study materials, e-books, tutorials, and projects which gives them a better understanding of the concepts of software and also helps them to grow in their career. CAD CAM EXPERTS. After the course completion, the student receives a SOLIDWORKS certificate and also gets placement assistance .

Course modules

 Introduction
 Sketch Module
 Solid Modelling
 Sheet Metal Design
 Surface Modelling
 Weldment Design
 Assembly Module
 Drafting Module

Course Contents

Syllabus

 Parametric and Non-parametric Modelling
 Introduction to Solid works
 GUI of Solid works
 Sketch Entities
 Sketch Modifying Tools
 Parametric Modelling
 Geometric Relations
 Fully Defined Sketch
 Over defined Sketch
 Under defined Sketch
 Creating Base Features
 Creating Reference Geometries
 Creating New Planes
 Creating Reference Axes
 Creating Reference Points
 Creating Reference Coordinate Systems
 Creating Cut Features
 Creating Standard Holes Using the Hole Wizard
 Adding External Cosmetic Threads
 Selection Methods
 Changing the Sketch Plane of the Sketches
 Editing Using the Instant3D Tool
 Deleting Features
 Deleting Bodies
 Suppressing Features
 Unsurprising the Suppressed Features
 Creating various types of Curves
 Creating Dome Features
 Creating Indents
 Creating Deform Features
 Creating Flex Features
 Creating the Mounting Boss
 Creating Snap Hooks
 Creating Snap Hook Grooves
 Creating Vents
 Creating a Lip/Groove Feature
 Creating Freeform Features
 Editing Appearance
 Editing Scene
 Editing Decal
 Rendering Settings
 Rendering a Region
 Final Renderin
 Creating the Base Flange
 Creating the Edge Flange
 Creating the Sketched Bend
 Creating the Miter Flange
 Creating Closed Corners
 Creating Hems
 Creating the Jog Bend
 Breaking the Corners
 Creating Lofted Bends
 Converting a Solid Body into a Sheet Metal Part
 Ripping the Edges
 Forming Tool design
 Creating an Extruded Surface
 Creating a Revolved Surface
 Creating a Swept Surface
 Creating a Lofted Surface
 Creating a Boundary Surface
 Creating a Planar Surface
 Creating a Fill Surface
 Creating a Radiated Surface
 Offsetting Surfaces
 Trimming Surfaces
 Untrimming Surfaces
 Extending Surfaces
 Knitting Surfaces
 Filleting Surfaces
 Replacing Faces
 Deleting Faces
 Mirroring Surface Bodies
 Adding Thickness to Surface Bodies
 Creating a Thicken Surface Cut
 Creating a Surface Cut
 3D Sketching
 Assign Structural Members
 Performing end operations
 Using End Cap, Gusset
 Introduction to Assembly
 Assembly Approaches
 Applying Standard Mate
 Applying Advanced Mate
 Applying Mechanical Mates
 Creating Patterns of Components in an Assembly
 Copying and Mirroring Components
 Smart Fasteners
 Hiding Components
 Creating the Exploded State of an Assembly
 Creating Exploding and Assembly Videos
 Design Library and Toolbox
 Motion Study
 Adding New Sheets to the Drawing Views
 Editing the Sheet Format
 Creating User-Defined Sheet Formats
 View Layout Tab
 Creating different views from the 3D Model
 Generating Drawing Views of the Exploded State of an Assembly
 Editing and Modifying Drawing Views
 Adding Balloons to the Drawing Views
 Adding Annotations to Drawing Views
 Adding the Bill of Materials (BOM) to a Drawing

Benefits

1) Another advantage of using the simulation software is that it is simple to learn how to use it and creating 3D designs are easier which improves productivity. With the simulation tool it is no longer necessary for the designer to remember complex mathematical rules. This software does the work while the designer focuses on creating exceptional product designs and testing them.
2) The software give the designer the ability to import data and translate it, store it securely, and maintain its flexibility and accessibility. Also, simulation makes it possible to test designs in real time and under a number of different circumstances. Simulation makes the design process easier while increasing the quality and productivity of the design, while reducing cost and the time it takes to get the product to the market.
3) Engineers and designers see this software as an innovative way to solve project challenges. This capable 3D software improves the communication and teamwork among project members, and makes data more easily accessible. Clients, designers, vendors, engineers, and manufacturers are able to work together more efficiently while they share 2D drawings and 3D models with one another.
4) This capability produces improved designs, increases the efficiency of the production, and decreases inaccuracies. The software makes it possible for everyone involved with a project to work as a team effectively using one platform. The enhancement of the collaboration tools and the use of only one platform, simplifies the creation of products and reduces errors since it is not necessary to open multiple applications during the entire design process.
5) With these abilities, the customer is kept satisfied and increases the likelihood of return business. Available from a number of providers, SOLIDWORKS 3D can also be obtained by internet download. The principal reseller of the program software, CATIA, has become very well respected for its ability to identify and match the correct software to the specific needs of varying businesses