DSM Soft has expertise in migrating non-parametric legacy data/drawings/images to parametric 3D models.
Legacy data (manual drawings/images/sketches) in hard or soft copy form, in bulk quantities pose a problem for easy maintenance and retrieval. We provide a customized service for migration/conversion to a digital format in accordance with clients standards or specific national standards.
The output of legacy Data Migration is a 3D Solid/Surface model and 2D drawings in any of the widely used Mechanical CAD software.
We possess a dynamic team with significant experience in legacy data migration for industries such as automotive, consumer electronics, heavy equipments, special purpose machinery, agriculture, flow control, auto electrical and medical equipments etc.
DSM performs the legacy data migration services in accordance with client specification which typically includes Fits & Tolerance, Geometric Dimensional & Tolerance, surface finish, material specifications and engineering notes.
Design Automation services involves capturing the design Intent and using it for automating the routine design and drafting work of standard parts, assemblies of similar designs, variants of a design and so on.
DSM Soft has considerable experience in offering this service to many customers. With a well complementing software team, DSM helps to
> Reduce Design cycle time
> Reduce cost
> Minimize the errors
> Avoid repeated activities
> Bring flexibility to design
DSM has successfully delivered design solution for Gear Box, Flow Control Valves, Auto electrical part industries. This is done by combining CAD applications with scripting tools (VB/JAVA), Databases (Access), web publishing tools (XML & HTML) and interfaces (web browsers).
> Conversion of measurement data into 3D models and 2D detailing
> Value engineering on existing products.
The process of reverse engineering involves the measurement of components using a wide variety of measuring devices. DSM has access to a 7-axis portable Ferro arm laser scanner for measuring components of high complexity. For other components, based on the level of complexity, DSM uses one (or) more of the following devices such as CMM, profile projector, height gauges, bore micrometer, internal and external micrometers, bevel protractors and thread gauges. The measurements thus derived are used to create 3D models and 2D drawings using industry standard mechanical CAD software. The choice of the software is dependent on end users requirement.
From measurement of components to creation of production drawings, all the activities are carried out in a precise manner to ensure the best possible accuracy of the product. Through this service, DSM aids its client in modifying their existing product design to suit new requirements and standards. We have served for various industries like automotive, consumer goods, plumbing & fittings and special purpose equipments.
DSM has expertise in providing value-engineering services for its clients. Value engineering seeks optimum value by balancing performance and cost. An inadequate performance of a product at very low cost will not yield good value, if it does not meet the functionality. Hence DSM improves the value by eliminating unwanted weight, shape and on the whole optimize the product.
Existing products can be value engineered for better performance, aesthetic representation and cost reduction. DSM uses techniques such as reverse engineering, CAD and Finite Element Analysis to arrive optimal design.
DSM has expertise in leading analysis software packages. We deliver high-value design analysis services across industry verticals. Some of the examples include
> Structural Analysis - Linear/Non-linear
> Static/Dynamic Analysis
> Modal & Frequency Analysis
> Thermal Analysis - Steady state /Transient
> Design optimisation Analysis
> CFD - internal/external flow Analysis
We assist our customers to develop products that are reliable and enhance the performance of existing products. Based on the outcome of the analysis, design modification is carried out to enhance the product/component performance.