Design Automation and Workflow Management – AD3D

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3DLib is a proprietary methodology for development of generic library system for 3 dimensional components and models repository

AD3D is a software solution that captures design knowledge, uses the components and models in the 3DLib and based on job specific design inputs auto generates the following

► Bill of Materials (BOM)

► 3D design

► Overall General Arrangement (OGA) drawing / customer drawing for customer approval

► Multiple Fabrication / Manufacturing  Drawings

► Material Schedule

► Foundation and Installation Details Drawing, etc.

AD3D and 3DLib together constitute a Design Automation and Workflow Management System for Manufacturing and Engineering Industries. AD3D and 3DLib are both compatible with popular 2D and 3D design and drawing software like Solid Edge, UG, Pro-E,  IDEAS, Inventor, CATIA, Solid Works, etc. AD3D can be back end integrated with existing ERP system. AD3D, in combination with EPS- Enterprise Productivity Suite constitute a Product Life Cycle Management System.

Delivery Model

Step 1: Study & Design 3D Component Library System

Step 2: Construct 3D Models & Develop Library System

Step 3: Customize AD3D Software to produce 3D

            Design and generate drawings, BOM, etc.

 

Sample Input Screen

Sample output— OGA - Customer Drawing

Sample output— Fabrication / Manufacturing Drawing

Sample 3D Component in the Library

Sample output  - 3D Model

Sample Output—Foundation Drawing

Sample 3D Component in the Library

Benefits

► Cuts down design turn around time by 70-90%

► 3D drawings can be produced at the time of offer

► Production of 3D overall general arrangement drawing to customer reduces approval time due to ease of understanding and interpretation

► Production of dimensional drawing helps customer pre-assess and prepare installation arrangements

► Production of fabrication drawings to vendors ensures accuracy and timely fabrication work turn around

► Causes deskilling: Substantially reduces requirement of expensive highly skilled design personnel for repetitive design jobs.

► Reduces deign cost

► Skilled and scares design resources can be engaged for more R&D activities, complex problem resolutions and out of the ordinary jobs

► Reduces dependence on person specific knowledge and empirical formulas

► Increases design accuracy by reducing human involvement and natural human error

► Increases design production capacity enabling more product offerings resulting in overall increase in productivity revenue and profit

► Enhances Quality of drawing produced with intricate details

► Enables automatic and accurate dimensioning and ballooning