Overview
Technical Feature
Overview
SolidWorks Training Center in Indore
Solidworks is a computer-aided design (CAD) and computer-aided engineering (CAE) software tool developed in 1993 at MIT and Marketed by Dassault Systems, which is used by millions of engineers across the globe.
SolidWorks is a solid modeling software used to determine the geometry of the model and is widely used by more than 3,073,600 product designers and engineers worldwide, across 230,400 organizations, for developing coolest gadgets to innovations that deliver a better tomorrow.
Achieve your goal with a proficient Solidworks training center in Indore, Tech Cluster is an institute with majority of industry experts as faculties. We do not focus only on practical experience but also prepare students to face interviews, which can be beneficial for the career. We cover the course in such a way that basics and advance level is served well with all important factors/tips & tricks of SolidWorks Training. Join our solidWorks courses in Indore and give wings to your career.
Applications
There are numerous of practical applications where Solidworks has been significantly used across the globe for various industries such as Aerospace, Automotive, Alternative Energy, Construction, Consumer Product, Engineering services, High-Tech Electronics, Industrial Machinery & Heavy Equipment, Life-Science Medical, Manufacturing, Mold Tool & Die, Oil & Gas, Packaging Industries, Process & Plants, and Education.
Course Highlights:
Solidworks Foundation :
- Basic & Advance Sketching
- Part Modeling
- Assembly
- Drawing
- Sheet Metal
- Surfacing
Duration:
- 45 Hours Theory
- 45 Hours Practical
- 20 Hours Project work
Solidworks Advanced :
- AutoCAD to Solidworks tools
- Simulation Express
- Weldment
- Mold (Core & Cavity)
- Photo works Essential
- SOLIDWORKS Routing
- SOLIDWORKS Simulation
Duration:
- 45 Hours Theory
- 45 Hours Practical
- 20 Hours Project work
Technical Feature
Technical Feature
Solidworks Foundation
Solidworks Advanced
Solidworks Foundation
Easy 2D Sketch creation & modification according to Design Intent
Smart Dimensions to create Linier, Angular, Aligned, Circular etc
Smart Dimensions to create Linier, Angular, Aligned, Circular etc
Creates Automatic Sketch Relations
Automatic Notification of Sketch States (Under Defined, Fully Defined & Over Defined)
Automatic Notification of Sketch States (Under Defined, Fully Defined & Over Defined)
Automatic Sketch Operations to Repair Sketches
Creates Automatic Construction Entities like Center line, Center Marks, Points, Axis etc
Creates Automatic Construction Entities like Center line, Center Marks, Points, Axis etc
Automatic Highlights open Counters & Overlap Counters
Ready options to create Parabola, Hyperbola & Conics
Ready options to create Parabola, Hyperbola & Conics
Improves visualization and communication
Data Migration tools to Import or Export
Data Migration tools to Import or Export
Extrude, Loft, Standard hole wizard to generate most of the Mechanical Parts
All 3D models & 2D drawings are synchronized
All 3D models & 2D drawings are synchronized
Different types of Geometry Patterns
Design Tables & Configuration to automate design
Design Tables & Configuration to automate design
Directly Modeling & Editing (Instant 3D)
Inbuilt Large Material Library
Inbuilt Large Material Library
Instantly Analyze Mass properties and Volume, Moments
of Inertia, CG, etc
of Inertia, CG, etc
Drag & Drop components to Assembly creates Automatic Relations
Exploded views to Simplify Assembly Sequence
Creates and Updates Automatic bill of Materials (BOM)
Check Collision & Interference between Components
Compare Alignment of Holes created using SolidWorks Hole Wizard
Top down Approach helps to handle large Assemblies
Skeleton Model Increases Flexibilities in Assembling the Parts
Creates 2D views as per International Standards like DIN, ASME, ANSI, ISO, GB etc
Automatic Projected, Section, Detailed, Alternate Position Views, etc
Drag and Drop Predefined Drawing views
Creates Automatic & Associated BOM
Optional First or Third Angle Projection view Orientation
Automatic Scaling
Verify Designs Against Company Standards
Build Checks— Set up and save specific Design and Drafting Checks
Check Specifically for fonts, dimension Arrows, Units, and other Documentation details
Compare your Drawing to Past Results from Reviews of other Drawings
Automated Revision Control
Convert Imported CAD models to SolidWorks Sheet Metal Model
Automatically Input your own bend radius, thickness, and K- Factor
Generate Base, Edge, Miter, and Swept Flanges
Generate bends, including Lofted Bends, Sketched Bends, and more
Use Bend Tables for bend allowance/bend deduction
Use Forming Tools to create features like ribs, louvers, lances, embosses
Add weld details to sheet metal parts on models or drawings
Automatically flatten parts to generate flat patterns (Development drawing)
Create Complex & Esthetic Geometry using Swept, Planar & Ruled Surfaces
Create Organic and Stylized Shapes using Boundary Surface, Surface Fill, Freeform Radiated Surface, M Surface
Edit model using Move/Copy Face, Instant3D, Copy Surface, Replace Face, Healing, Knit, Trim, and Extend
Surface analysis tools: Gaussian, Draft, Undercut, Thickness, Curvature, Min radius, Zebra Stripes, Deviation\ analysis, and Symmetry Check
Geometry Import and Repair and Healing tools
Solidworks Advanced
Import options as a SolidWorks Drawing or SolidWorks Part
To read any modify 2D Data, Powerful tool Draft Sight
To read any modify 2D Data, Powerful tool Draft Sight
Orienting and aligning 2D Sketches
Blocks and Mechanism for Sketches
Blocks and Mechanism for Sketches
Convert all entity fully defined automatically
SolidWorks SimulationXpress is a first- Pass analysis tool
Giving you the ability to do basic stress analysis on individual parts
Quickly determine effects of force and pressure, and generate reports to document results
Guided set up for Inexperienced Design Engineers
Easy to Learn & Validate your part design
Work from a library of pre-defined structural shapes
Generate 3D sketch lines for structural profiles to follow
Generate 3D sketch lines for structural profiles to follow
Automatically trim structural members at intersections
Add stiffening plates, gussets, and end caps
Add stiffening plates, gussets, and end caps
Add optional weld beads to the design
Generate drawings, BOMs, cut lists, and other manufacturing documentation
Generate drawings, BOMs, cut lists, and other manufacturing documentation
Geometry Import, Repair, and Healing tools
Draft Analysis, Undercut Analysis, and Thickness Analysis tools
Draft Analysis, Undercut Analysis, and Thickness Analysis tools
Parting line tools
Parting surface tools
Parting surface tools
Automated “fill surface” capability for easy shutoff surface creation
Core and Cavity splitting tools
Core and Cavity splitting tools
3D mold bases available on-line and directly from major mold suppliers
SolidWorks configurations to create customizable configurations of molds and mold components
SolidWorks configurations to create customizable configurations of molds and mold components
Compare Part tools to visually see in 3D what geometry was added or removed when design changes occur
Mold filling simulation with SW Plastics
Mold filling simulation with SW Plastics
Production quality mold drawing creation tools
Apply Appearances – Adjust elements of your model including color, texture, and illumination
Apply Scenes- Set and control the Background and surroundings
Apply Scenes- Set and control the Background and surroundings
Decals – for labeling, branding, stickers, instrument faces, etc
Integrated Preview – View your output in a preview window before fully rendering
Integrated Preview – View your output in a preview window before fully rendering
Rendering Options – Control output image resolution, animation frame rates, etc
Final Renderer – Generate detailed output after your preview
Final Renderer – Generate detailed output after your preview
Rendering Scheduler – Set up your rendering to run during off-hours
Rendering templates – Save rendering setting for later use to ensure consistent output
Rendering templates – Save rendering setting for later use to ensure consistent output
Create piping system designs with butt welded, socket welded, threaded and other connections
Create flexible or rigid tubing lines
Create flexible or rigid tubing lines
Automate placement of supports and hangers for all lines
Generate bend tables for tube routes to support manufacturing
Generate bend tables for tube routes to support manufacturing
Calculate cut lengths for all pipe and tube runs
Auto- route pipe/tube paths through the design
Auto- route pipe/tube paths through the design
Ensure minimum bend radii in flexible tube systems
Export tubing/piping bend tables to CNC benders
Export tubing/piping bend tables to CNC benders
Automatically create bill of material (BOM), cut lists, bend tables and other mfg documentation Access a CAD library of piping and tubing components
Component material , connections, and relationships defined
Products can be tested for strength and safety, and the kinematics fully analyzed
Products can be tested for strength and safety, and the kinematics fully analyzed
A wide variety of geometry types are supported so you can simulate the real world performance Solid, thin-walled, and structural features for Complex geometry
Beam element can be applied for structural analysis Shell elements can be applied for very thin parts like Sheet Metal
Can create study for Part & Assemblies
