Moldflow Adviser Course Overview Course Description In this course, students will learn features, functionalities and workflows in Autodesk Simulation Moldflow Adviser through hands-on exercises. Students learn how to become more efficient in evaluating digital prototypes, running analysis and interpreting results of all analysis types available in Autodesk Simulation Moldflow Adviser. Course Duration 2 Days. Objective To guide and teach students skills in performing FEA analysis and understanding analysis results using Autodesk Simulation Moldflow Adviser. What Will You Learn? How to complete cool, fill, pack, and warp analysis. Evaluate CAD geometry, runners and cooling systems. How to determine the reliability of your simulation results. Who Should Attend? New user of Autodesk Simulation Moldflow Adviser. Prior mold analysis experience is not necessary. Course Outline ✚ User Interface Learn how to navigate and use interface Learn how to customize databases ✚ Design Adviser Analysis Learn how to import and check models from CAD systems Check models for draft, thickness and undercuts ✚ Quick Fill, Pack, Warp Analysis Complete fill + pack + warp analysis Step through the general process typically used for any analysis project ✚ Gate Location Gate placement guidelines Uses of the gate location analysis Describes the procedures to follow to complete the analysis Interpret gate location analysis results ✚ Molding Window Describes the procedures to follow to complete molding window analysis Learn to interpret molding window analysis results ✚ Evaluating Part Design Review part design guidelines Learn about analysis sequences Results visualization tools Cost adviser tools Input parameter used for filling, sink mark and cooling quality analyses ✚ Autodesk Moldflow Communicator Learn where to obtain the installer Review features and capabilities Review how to create MFR Learn how to output results from multiple study files ✚ Report Generator Show ways to create reports Review available report formats ✚ Modeling Runners Review typical gate and runner designs Learn how to model feed system ✚ Runner Adviser & Runner Balance Review the importance of balancing runner system Learn how to balance runners Learn how to set up runner adviser analysis to obtain optimum runner size ✚ Pack & Warp Analysis Review concepts of pack/hold for injection molding Learn how to set packing settings Learn about packing and warpage results and how to use them ✚ Modeling Cooling Circuits Learn how to model cooling circuits with various cooling geometries Learn how to set coolant properties ✚ Cooling Analysis Overview Review concepts of cooling for injection molding Learn about cooling results and how to use them read more

Inventor Advanced - CAM Course Overview Course Description This course is for CAM or CAD users who want to learn to create CNC strategies on Inventor CAM for 2.5 axis machines and drilling cycles. This course covers the techniques required to take a model from the CAD environment, plot toolpaths, simulate and post process them to gcode. Course Duration 3 Days Objective Understand the fundamental concepts, workflows and benefits of using Inventor HSM. Who Should Attend? For Inventor users that wish to utilize the HSM CAM environment to create 2, 2.5 axis and drilling toolpaths and process them into g-code for use on a CNC machine. Prerequisites Fundamental Inventor software knowledge is advised; essentials level training is adequate. It is recommended that users understand CNC machining theory. Course Outline ✚ 2D Milling & 3D Setup milling stocks Cover all 2D milling strategies Adaptive clearing and its benefits Create tools and holders ✚ Drilling cycles Create drilling cycles Use tapping cycles for threads ✚ Tool Library Create new libraries Create new milling tools and holders Create new turning tools Copy and edit existing tools and holders ✚ Simulation Simulate generated toolpaths Explore simulation settings Use simulation to detect clashes ✚ Posting processing Post tool strategies to G-code Explore post processor settings Look at various post processors available ✚ Reviewing code View code in HSM Edit Compare posts to highlight differences Review interface and settings read more

RELIABLE 3D PRINTING SERVICES 3D printing can manufacture parts within hours, which speeds up the prototyping process. This allows for each stage to complete faster. When compared to machining prototypes, 3D printing is inexpensive and quicker at creating parts as the part can be finished in hours, allowing for each design modification to be completed at a much more efficient rate. We provide 3D printing service with the help ouf our additive manufacturing solutions that cover any manufacturing requirement, our in-house design and engineering expertise. Our goal is to help customers to achieve hight quality of the prototype ready for evaluation or production purpose. FAST & QUALITY RESULTS   As an authorised distributor of Kings 3D Printer, Our promises to produce 3D prototyping that fully cover your product's requirements. Starting from 3D Reverse Engineering, 3D design until prototyping. We got you covered.   3D printing has been applied in prototype as follows:   1. 3D printing is replacing traditional mould in small batch production, personalized customization, and products with complicated structure. 2. 3D printing can print mould or mould parts directly, such as injection mould, drawing die, and die-casting die, or to restore mould.   BENEFITS OF 3D PRINTING  Reduce materials wastage by Printing On Demand Strong & lightweight parts Fast design & production Cost Effective Environmentally friendly Flexibility in design read more

Fusion 360 - Product Design Course Overview Course Description This course will introduce you the 3D design within Fusion 360. You will learn about part modelling, assembly modelling, rendering and online collaboration using Fusion 360. Course Duration 1 Day. Objective The primary objective of this courseware is to provide students with a thorough understanding of the principal 3D design using freeform and parametric modelling as well as rendering. What Will You Learn? Using various techniques and workflows to create 3D parts. Create assembly. Assign materials, create impact rendered images and animations. Document designs and assemblies using appropriate drawing views. Cloud storage, share files and basic online file versioning management. Who Should Attend? New user of Fusion 360. Course Outline ✚ Getting Started Modelling Concept and Workflow ✚ Creating Sketch Geometry Sketching with Dimension & Constrains Control ✚ Working with Solids Extrusion Revolution Creating Fillet & Chamfer Creating Sweep & Loft ✚ Editing your Model ✚ T-Spline Modelling Creating Organic Forms using T-Spines Modify a T-Spline Form Creating Solid Model from Sculpted Body ✚ Assemblies & Constraints Working with Components Move and Align Components Create a Rigid Group Use Joints to Align Components in an Assembly Create As-Built Joints Define Contact Sets Set up Motion Study Apply Top-Down Design Methodology ✚ Materials & Images (Rendering) Assign and Edit Materials Assign Decals, Setup the Scene and Render on the PC and Online Creating Animation ✚ Interoperability Plugin, Add-On and Extension for Fusion 360 ✚ Technical Drawings Create a Drawing of a Model Create Views Create and Edit Annotations Drawing Settings and Preferences Output the Drawing ✚ Online Collaboration Project Invitation Accessing, Sharing & Managing Data through A360 Fusion 360 Mobile App Fusion 360 - Engineer & Simulate Course Overview Course Description This course will introduce you the 3D design within Fusion 360. You will learn about part modelling, assembly modelling, rendering and online collaboration using Fusion 360. Course Duration 2 Days. Objective The primary objective of this courseware is to provide students with a thorough understanding of the principal 3D design using freeform and parametric modelling as well as rendering. What Will You Learn? Using various techniques and workflows to create 3D parts. Create assembly. Assign materials, create impact rendered images and animations. Document designs and assemblies using appropriate drawing views. Cloud storage, share files and basic online file versioning management. Who Should Attend? New user of Fusion 360. Course Outline ✚ Introduction to Engineering Analysis Stress analysis overview Thermal analysis overview ✚ Conducting Stress Analysis Static stress vs modal analysis Simplifying model Applying simulation constraints Applying loads Specifying boundary condition Preparing thin bodies Generating mesh Running simulation ✚ Analyzing Stress & Analysis Results Interpreting results Using result, scaling, display and report tools ✚ Thermal Analysis Conducting thermal analysis Interpreting thermal analysis ✚ Thermal Stress Analysis Conducting thermal stress analysis Interpreting thermal stress analysis Fusion 360 - CAM Course Overview Course Description This course will introduce you the 3D design within Fusion 360. You will learn about part modelling, assembly modelling, rendering and online collaboration using Fusion 360. Course Duration 2 Days. Objective The primary objective of this courseware is to provide students with a thorough understanding of the principal 3D design using freeform and parametric modelling as well as rendering. What Will You Learn? Using various techniques and workflows to create 3D parts. Create assembly. Assign materials, create impact rendered images and animations. Document designs and assemblies using appropriate drawing views. Cloud storage, share files and basic online file versioning management. Who Should Attend? New user of Fusion 360. Course Outline ✚ CAM Overview Getting started About 2D machining strategies About 3D machining strategies ✚ 2D CAM Setting up jobs Specifying the work coordinate system Tool creation and management Contour selection techniques 2D toolpaths 2D toolpath containment Simulation Post processing & setup sheets ✚ 3D CAM Turning & mill/ turn turn/ mill setup 3D toolpaths 3D toolpath containment Turning toolpaths Positional multi-axis Stock simulation read more