Sheet Metal Casing

Sheet Metal Box Assembly Objective:           The main objective is to design sheet metal box assembly using Siemens Nx application. Introduction:           Here, we are going to study about how to create a solid model of sheet metal…

Sheet Metal Enclosure for Odd Shapes Objective:           The main objective is to design a Sheet metal Enclosures for odd shapes using Siemens Nx application. Introduction:           Here, we are going to study about how to create…

Creating Bracket from 2D Drawing Objective:          The main objective is to design a Bracket from 2D drawing using Siemens Nx application. Introduction:           Here, we are going to study about how to create bracket from 2D drawing in siemens Nx Sheet metal Application. Using this application, how we are going to…

Creating Metal Bracket-II from 2D Objective:          The main objective is to design a Metal Bracket-II from 2D drawing using Siemens Nx application. Introduction:           Here, we are going to study about how to create metal bracket-II from 2D drawing in siemens Nx Sheet metal Application. Using this application, how…

BENCHMARKING Benchmarking is a process of measuring the performance of a compititors products, services, or processes against those of another business considered to be the best in the industry. The point of benchmarking is to identify internal opportunities for improvement. By studying companies with superior performance,…

UNDERBODY COATING In Indian road conditions, a cars underbody is most prone to corrosion. Underbody coating provides long term protection from corrosion to car’s underbody. It also protects parts like internal body panels, frame rails and other inner cavities that are not physically accessible but are prone to corrosion.…

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                                                        Fender Design Using Siemens Nx Objective:             The main objective…

                                                                Section Modulus & Optimization Objective:             The main objective is to calculate section modulus & moment of inertia of the hood which we designed and changing necessary data to improve the rigidity of hood using siemens Nx application. Introduction:…

                                                                           BACKDOOR DESIGN Objective:             The Main objective is to design a Backdoor inner panel, outer panel upper & lower, positioning the hinge emboss, striker emboss, Gas Stay mounting holes, Wiper motor emboss, creating flanges to join inner panel…

                                                                             ROOF DESIGN Objective:            …

                                                           Draft Analysis on a Fan Cover Objective:           The main objective is to create the tooling axis for the given Fan Cover Part model meeting the requirements of the draft angle and perform the draft analysis on the model. Description: Creating Tooling Axis: Open…

                                                                               BASE BRACKET Objective:           The main objective is to perform draft analysis and make a solid model from the given Class A input using Catia V5 application. Description: Creating Tooling Axis: Open the given CAT part file. Check for gaps…

                                                                        Switch Bezel Design Objective:             The main objective is to perform draft analysis and make a solid model from the given Class A input using Catia V5 application. Description: Creating Tooling Axis: Open the given CAT part file. Check for gaps…

                                                    CORE & CAVITY for SWITCH BEZEL DESIGN Objective:             The main objective is to develop Design of Core & Cavity blocks for an Automotive Plastic Component – Door Switch Bezel using industry principles such as Parting Surface and Parting Line definition, draft angle,…

                                                                     COIN HOLDER DESIGN Objective:           The main objective is to design automotive plastic component – Coin Holder for centre console using industry principles such as Draft angles, Draft Analysis, Determining the Tooling Axis, Class A, Class B, Class…

                                                                 DOOR ARM REST DESIGN Objective: The main objective is to design a Door Arm Rest an Automotive Plastic Component using industry principles such as Draft angle, Draft analysis, determining and implementing of Tooling Axis, Side Core Axis, Class A, Class B,…

                                                                COIN HOLDER WITH RIB DESIGN Objective:             The main objective is to create Ribs on Automotive Plastic Component - Coin Holder using industry principles and Design Rules. Concepts such as Rib Root Thickness, Draft Angles, Draft Analysis, Determining…

                                           COIN HOLDER WITH SCREW BOSSES & DOGHOUSE DESIGN Objective:             The main objective is to create Screw Bosses & Dog House on Automotive Plastic Component - Coin Holder using industry principles and Design Rules. Concepts such as Rib Root Thickness, Draft Angles, Draft Analysis,…