Currently it only shows your basic business info. Start adding relevant business details such as description, images and products or services to gain your customers attention by using Boost 360 android app / iOS App / web portal.
Course Name : creo Duration : 2 Months Eligibility : Diploma / BE / ME (MECH)/ Equivalent Syllabus: 1: INTRODUCTION TO CREO PARAMETRIC Introduction to Creo Parametric Feature-Based Nature Bidirectional Associative Property Parametric Nature System Requirements Getting Started with Creo Parametric Important Terms and Definitions File Menu Options Managing Files Menu Manager Model Tree Understanding the Functions of the Mouse Buttons Ribbon Toolbars Navigator Creo Parametric Browser Appearance Gallery Rendering in Creo Parametric Colour Scheme Used in this Book 2: CREATING SKETCHES IN THE SKETCH MODE-I The Sketch Mode Working with the Sketch Mode Invoking the Sketch Mode The Sketcher Environment Working with a Sketch in the Sketch Mode Drawing a Sketch Using tools available in the Sketch Tab Placing a Point Drawing a Line Drawing a Centerline Drawing a Geometry Centerline Drawing a Rectangle Drawing a Circle Drawing an Ellipse Drawing an Arc Dimensioning the Sketch Converting a Weak Dimension into a Strong Dimension Dimensioning a Sketch Using the Normal Tool Dimensioning the Basic Sketched Entities Linear Dimensioning of a Line Angular Dimensioning of an Arc Diameter Dimensioning Radial Dimensioning Dimensioning Revolved Sections Working with Constraints Types of Constraints Disabling Constraints Modifying the Dimensions of a Sketch Using the Modify Button Modifying a Dimension by Double-Clicking on it Modifying Dimensions Dynamically Resolve Sketch Dialog Box Deleting the Sketched Entities Trimming the Sketched Entities Mirroring the Sketched Entities Inserting Standard/User-Defined Sketches Drawing Display Options 3: CREATING SKETCHES IN THE SKETCH MODE-II Dimensioning the Sketch Dimensioning a Sketch Using the Baseline Tool Replacing the Dimensions of a Sketch Using the Replace Tool Creating Fillets Creating Circular Fillets Creating Elliptical Fillets Creating a Reference Coordinate System Working with Splines Creating a Spline Dimensioning of Splines Modifying a Spline Writing Text in the Sketcher Environment Rotating and Resizing Entities Importing 2D Drawings in the Sketch Mode 4: CREATING BASE FEATURES Creating Base Features Invoking the Part Mode The Default Datum Planes Creating a Protrusion Extruding a Sketch Revolving a Sketch Understanding the Orientation of Datum Planes Parent-Child Relationship Implicit Relationship Explicit Relationship Nesting of Sketches 5: DATUMS Datums Default Datum Planes Need for Datums in Modeling Selection Method in Creo Parametric Datum Options, Datum Planes Creating Datum Planes Datum Planes Created On-The-Fly Datum Axes, Datum Points Creating Cuts, Removing Material by Using the Extrude Tool Removing Material by Using the Revolve Tool 6: OPTIONS AIDING CONSTRUCTION OF PARTS-I Options Aiding Construction of Parts Creating Holes, The Hole Dashboard Important Points to Remember While Creating a Hole Creating Rounds, Creating Basic Rounds Creating a Variable Radius Round Points to Remember While Creating Rounds Creating Chamfers, Corner Chamfer Edge Chamfer, Understanding Ribs Creating Trajectory Ribs Creating Profile Ribs Editing Features of a Model Editing Definition or Redefining Features Reordering Features Rerouting Features, Suppressing Features Deleting Features, Modifying Features 7: OPTIONS AIDING CONSTRUCTION OF PARTS-II Introduction, Creating Feature Patterns Uses of patterns, Creating Patterns Deleting a Pattern, Copying Features New Refs, Same Refs, Mirror, Move Select, Mirroring a Geometry Creating a Section of a Solid Model Work Region Method 8: ADVANCED MODELING TOOLS-I Other Protrusion Options Sweep Features Creating Sweep Protrusions Aligning a Sketched Trajectory to an Existing Geometry Creating a Thin Sweep Protrusion Creating a Sweep Cut, Blend Features Parallel Blend, Rotational Blend General Blend, Using Blend Vertex Shell Feature, Creating a Constant Thickness Shell Creating a Variable Thickness Shell 8 Datum Curves Creating a Datum Curve by Using the Curve Button Creating a Datum Curve by Sketching Creating a Curve by Using the Intersect Option Creating a Curve by Using the Project Option Creating a Curve by Using the Wrap Option Creating Draft Features 9: ADVANCED MODELING TOOLS-II Advanced Feature Creation Tools Variable Section Sweep Using the Sweep Option Swept Blend, Helical Sweep Blend Section to Surfaces Blend Between Surfaces 10: ADVANCED MODELING TOOLS-III Advanced Modeling Tools, Toroidal Bend Spinal Bend, Warp Transform Tool, Warp Tool Spine Tool, Stretch Tool Bend Tool, Twist Tool, Sculpt Tool 11: ASSEMBLY MODELING Assembly Modeling, Important Terms Related to the Assembly Mode Top-down Approach, Bottom-up Approach Placement Constraints, Package Creating Top-down Assemblies Creating Components in the Assembly Mode Creating Bottom-up Assemblies Inserting Components in an Assembly Assembling Components Displaying Components in a Separate Window Displaying Components in the Same Window 3D Dragger, Applying Constraints Status Area, Placement Tab Move Tab, Packaging Components Creating Simplified Representations Redefining the Components of an Assembly Reordering Components Suppressing/Resuming Components Replacing, Assembling Repeated Copies of a Component Modifying the Components of an Assembly Modifying Dimensions of a Feature of a Component Redefining a Feature of a Component Creating the Exploded State References Tab Offset Tab, Explode Line Tab The Bill of Materials, Global Interference Pairs Clearance 12: GENERATING, EDITING, AND MODIFYING THE DRAWING VIEWS The Drawing Mode Generating Drawing Views Generating the General View Generating the Projection View Generating the D ...
0 INR View More
Course Name : NX CAD Duration : 2 Months Eligibility : Diploma / BE / ME (MECH)/ Equivalent SYLLABUS: Introduction to 3D modeling Introduction to NX CAD Graphical User Interface(GUI) : NEW: Model Assembly Drawing Sketch Curve : Direct Sketch, Profile Rectangular, Line Arc, Circle, Point Chamfer, Fillet Quick Trim, Quick Extend Make corner, Move Curve Offset curve, Studio Spline Polygon, Ellipse Conic, Pattern curve Offset curve, Move offset curve Mirror curve, Helix Text Sketch Constraints Geometric Constraints Dimensional Constraints Continuous Auto Dimensioning Display Sketch Constraints Show/Remove Constraints Datum Datum Plane Datum Axis Datum CSYS Point Design Feature Extrude, Revolve Block, Cylinder Cone, Sphere Sweep Along Guide, Swept Variable section Sweep, Tube Hole, Boss, Pocket Pad, Emboss body, offset Emboss, Slot, Groove Rib, Dart, Thread Associative Copy : Pattern feature, Unite Subtract, Intersect Edge Blend, Trim Body Split Body, Divide Face Shell, Thicken Scale Body Draft, Draft Body Edge Blend Face Blend Synchronous Modeling : Move face Pull Face Offset region Replace face Resize face Delete face Resize blend Resize chamfer Copy Face Cut Face Paste Face Mirror Face Pattern Face RENDER: True shading True shading Editor Basic Lights Scene Editor Materials/textures High Quality Image Tools : Utilities Materials Movie Measure ASSEMBLY: Add Component Assembly Constraints Show and Hide Constraints Pattern Component Mirror Assembly Move Component Rotate Component Sequence - Movie Exploded View : New Explosion Edit Explosion Auto Explode Components Un Exploded Components Delete Explosion Hide Explosion Show Explosion Trace lines DRAFTING OR DRAWING: New Sheet View creation wizard Base view Projected view Detail view View Break Section view Half Section View Revolved Section View Breakout Section View Update Views Dimension: Rapid Linear Radial Angular Ordinate Annotation: Note Feature Control Frame Datum feature symbol Datum Target Balloon BOM Image Intersection symbol Surface finish symbol Centre Mark Blot Circle Centerline Circular Centerline Symmetrical Centerline 2D Centerline Automatic Centerline Cross Hatch Area Fill Tabular Note Parts List Auto Balloon Edit Settings Title Block Save as Template Creating New Template Import and Exports Practice Geometry creation Geometry Modification Images ...
0 INR View More
Course Name : GD&T Duration : 2 Months Eligibility : Diploma / BE / ME (MECH)/ Equivalent Syllabus: GD&T (Geometric dimension and tolerance) Introduction to GD&T Dimensioning &Tolerance Datum’s, GD&T Symbols GD&T Concepts and rules Tolerance types Dimensioning standards Design indent of GD&T ...
0 INR View More
Course Name : Mastercam Duration : 2 Months Eligibility : Diploma / BE / ME (MECH)/ Equivalent Syllabus: MASTER CAM SYLLABUS Introduction to CNC Machines Introduction to MASTERCAM Product Introduction Basic concepts of CAM (cutters, machines job setup, etc) Create point, line, arc fillet, chamfer, spline curve, surface, drafting Rectangle, Rectangle shape polygon, ellipse spiral, helix, primitives litter, boundary box bolt circle Solids extrude, revolve, sweep loft, fillet, chamfer shell, trim, thicken remove face, draft face pattern, boolean add boolean remove boolean common non associative, find features from surface, layout face / features colurs Edit Trim/Brake join endities modify spline Analyze entities properties, position distance, volume / area chain, contour angle, dynamic Xform Translate, translate 3d mirror, rotate scale, dynamic xform move to origin, offset offset contour, project rectangular array practice sketch 07&08 Program surface rough- pocket Screen Clear colour, statistics disply entity endpoints blank entity, un blank entity hide entity unhide some grit setting shade setting Creating 2D Program Pocket, Contour,Facing,Drilling Transforming 2D tool paths(Translate,Rotate,Mirror) Hole milling, slot milling and helical milling tool paths Back plot, Verification, post processing Creating 3D Program boundary box, Orientation, Analyzing Pocket,Contour,Shallow,Parallel,Restmilling,Corner finishing tool paths Back plot, Verification, Gouge checking, Post – processing, Editing of programs ...
0 INR View More
Course Name : ArtCAM Duration : 2 months Eligibility : +2 / ITI / DIP /BE / Equivalent Syllabus: The ArtCAM interface Understanding the framework Understanding the Start panel Understanding the Project panel Understanding the Tool Settings panel Understanding the Tool paths panel Understanding the Assistant panel Understanding the Layers panel Understanding the design windows Using 2D View windows Using the 3D View Window Information about ArtCAM Creating models Creating a new model Creating a new model from a file Creating a new model using pixels Creating a model using the Face Wizard Opening a model Opening recent models Setting the model resolution Saving a model Closing a model Creating projects Creating a new project Creating a new project from a file Opening a project Opening recent projects Saving a project Closing a project The 2D design process Using bitmap layers Importing bitmap artwork Choosing the active layer Creating a new layer Renaming a layer Viewing a layer Creating and editing bitmap artwork Reducing colours Colour linking Selecting the primary and secondary colours Using the Paint tools Using the Draw tool Using the Flood Fill tools Converting bitmap artwork into vector artwork Using vector layers Importing vector artwork Creating a new layer Selecting vector artwork Choosing the active layer Renaming a layer Assigning a colour to a layer Locking a layer Snapping on a layer Viewing a layer Setting the stacking order Creating artwork on a vector layer Creating preset vector shapes Creating free-form vector shapes Converting vector artwork into bitmap artwork Editing vector artwork Selecting nodes and control points Converting spans Moving nodes Inserting nodes Smoothing nodes Aligning nodes The 3D Design Process Using relief layers Choosing the active layer Creating a new layer Setting the combine mode Renaming a layer Creating a bitmap layer from a relief layer Viewing a layer Previewing a relief layer's content Transferring relief layers between stacks Creating a relief layer from bitmap artwork Using the Shape Editor Creating simple shapes using bitmap colors Creating simple shapes using closed vectors Calculating a relief Replacing the relief Adding to the relief Subtracting from the relief Merging with the relief Creating complex shapes using vectors Creating an extruded shape Creating a spun shape Creating a turned shape Creating a two-rail sweep Creating a two-rail ring sweep Creating an Embossed Relief Importing a triangle or surface model Sculpting a relief Importing from the Component Library Creating Toolpaths Using the Tool Database Saving toolpaths Simulating toolpaths Resetting a simulation Deleting a simulation Saving a toolpath simulation Loading a toolpath simulation from a relief Creating a relief layer from a simulation Shading a toolpath simulation Toggling the simulation display ...
0 INR View More
Course Name : DelCAM Duration : 2 months Eligibility : +2 / ITI / DIP /BE / Equivalent Syllabus: Introduction & Understanding DelCAM GUI WORK PLANE SET UP, WIRE FRAME MODELER, DATA EXCHANGE, SET BLOCK FOR MACHINING Customizing Power MILL Stock Models, define Work planes Machining simulation Data exchange Wire frame modeler Create process sheet Setup for machining Define boundaries for machining, define block, measurement 3D AREA CLEARANCE STRATEGIES Offset area clearance model Profile area clearance model Raster area clearance model Rest machining FINISHING 3D-offset finishing Constant Z- finishing Optimized constant z-finishing Offset flat finishing, raster flat finishing Pattern finishing, spiral finishing Raster finishing, radial finishing Corner along finishing, corner multi pencil finishing, corner automatic and stitch finishing, corner pencil finishing Surface finishing Practice finishing 2D-AREA CLEARANCE MACHINING AND POST PROCESSOR SELECTION FOR Q&M CODE Face milling 2D-curve area clearance 2D-curve profile Drilling Post processor selection to convert DelCAM file in to Q&M code ...
0 INR View More
Learn Advanced CNC Programming with Siemens NX CAM NX CAM Training is designed for students, engineers, CNC programmers, machinists, and professionals who want to develop practical skills in CAD/CAM and CNC manufacturing. The training focuses on creating efficient CNC machining programs using Siemens NX CAM. What is NX CAM? NX CAM is an advanced computer-aided manufacturing software used for CNC programming, toolpath generation, machining simulation, and manufacturing process planning. It is widely used in industries such as automotive, aerospace, precision engineering, die & mould, and general manufacturing. NX CAM Training Includes NX CAM interface and basic concepts Part modeling and manufacturing setup CNC machine and tool selection Workpiece and coordinate system setup Tool creation and cutting parameters 2D / 3-axis milling operations Roughing and finishing operations Hole drilling and machining Pocket and contour machining Cavity and complex surface machining 3-axis toolpath generation 4-axis and 5-axis machining concepts CNC code generation Toolpath verification and simulation Collision and gouge checking Post-processing Practical CNC programming exercises Industrial component machining projects Practical Training Students work on realistic industrial components and machining exercises to understand the complete workflow from CAD model → CAM setup → Toolpath → Simulation → CNC Program. Who Can Learn NX CAM? Mechanical Engineering Students Mechanical Engineers CNC Programmers CNC Machine Operators VMC Programmers Production Engineers Tool & Die Professionals Manufacturing Engineers Diploma / ITI Students Working Professionals Career Opportunities After completing NX CAM training, students can pursue roles such as: NX CAM Programmer | CNC Programmer | VMC Programmer | CAM Engineer | CNC Process Engineer | Manufacturing Engineer | Tool & Die Engineer Course Outcome By the end of the training, students will be able to create CNC machining operations, generate and verify toolpaths, perform machining simulations, and prepare CNC programs for practical manufacturing applications. NX CAM Training – From CAD Design to CNC Manufacturing with Practical Training. ...
0 INR View More
Course Name : CNC Programmer & Setter Duration : 2 months Eligibility : +2 / ITI / DIP /BE / Equivalent Syllabus: Theory: (1 month) CNC Lathe Introduction of CNC Machine Application of CNC Machine Introduction of CNC lathe Co-ordinate methods Concept of Programming G-codes and M-codes Facing Program Step Turning Taper Turning Chamfer Program Cycle Programs CNC MILLING Introduction of Milling Co-ordinate methods Absolute Method Incremental Method G-codes and M-Codes Facing Program, Chamfer and Radius Program Programming using I,J Method Pocketing Program Canned cycle Drilling Boring Counter Sinking Counter Boring Tapping Reaming Sub Program Maintenance and Trouble Shooting Measuring Instruments Practical:( 1 month) ON, OFF Proper HOME Position Taken MPG (Handle Move) Applications MDI, JOG AUTO, EDIT MENU OFF Set (Work co-ordinate use) Display Use Button use (Programming Typing) JOB dial BORE dial JOB Setting JOB setting Dial, TOOL setting , JOB Running, JOB Output ...
0 INR View More
Course Name : Advanced CNC Programming & Operating in lathe and milling Duration : 1 month Eligibility : +2 / ITI / DIP /BE / Equivalent Syllabus: Theory: (1 month) CNC Lathe Introduction of CNC Machine Application of CNC Machine Introduction of CNC lathe Co-ordinate methods Concept of Programming G-codes and M-codes Facing Program Step Turning Taper Turning Chamfer Program Cycle Programs CNC MILLING Introduction of Milling Co-ordinate methods Absolute Method Incremental Method G-codes and M-Codes Facing Program, Chamfer and Radius Program Programming using I,J Method Pocketing Program Canned cycle Drilling Boring Counter Sinking Counter Boring Tapping Reaming Sub Program Maintenance and Trouble Shooting Measuring Instruments Practical:( 1 Week) ON, OFF Proper HOME Position Taken MPG (Handle Move) Applications MDI, JOG AUTO, EDIT MENU OFF Set (Work co-ordinate use) Display Use Button use (Programming Typing) JOB dial BORE dial JOB Setting JOB setting Dial, TOOL setting , JOB Running, JOB Output ...
0 INR View MoreFILTER USING TAGS