Design for manufacturing (DFM) concepts. Ease of assembly using Design for Assembly (DFA) concepts. Function and strength of the components. If your basic design is ready, use our team for detailed design (assemblies and components).
It includes parametric solid modeling and drafting. Automated blueprint generation knowledge based engineering, automated computer aided machining.
3D Modeling & Drafting
It includes solid and surface modeling, parametric feature based modeling, assembly modeling, detailed engineering, piping and routing, design automation, legacy data conversion.
Generation of drawings for parts and assembly. Manufacturing details and quality standards. Exploded views, dimensioning and tolerancing. Bill of Materials creation.
Reverse Engineering Re-engineering requirements. Generation production drawing & assembly layout drawing as per the ISO, DIN, BIS, ASME, ANSI, JIS and client specific standards.
It includes finite element Meshing/Modeling (FEM), finite element analysis (FEA) under Static, Dynamic, Linear, and Non-linear conditions covering several aspects like Strees, Thermal, Fatigue and Durability Analysis, computational fluid dynamics (CFD), multi body dynamics (MBD). Kinematic and dynamic analysis of machinery and simulation. Fluid flow and combustion simulation.
Plant Design Engineering
Shivamtech offers multi disciplinary engineering services and dedicated project management and planning support for power plants, oil & gas, petrochemical, chemical, and energy projects. We offer a wide range of engineering services including basic engineering, extended basic engineering, detailed design, 3D modeling, project management, site supervision support, as-built technical documentation, various equipments/systems. For this we use the software like Plant Design System (PDS) and Plant Design Management System (PDMS) helps us deliver 3D models of plants. All designs are rigorously monitored for compliance to safety codes, data integrity, interference, customer standards and engineering practices.
Creating the aesthetics and shape of the product from conceived ideas and providing it with colors and features, representing the same in the form of 2D pictures and photographs.
Surface generation of product profiles as per the requirements of the product to help in arriving at attractive shapes adhering to manufacturability.
Manufacturing digital mock-ups as per the finalized industrial design concept, using Rapid prototyping machines, CNC machining and manual hand-finishing techniques. Generation of prototypes for design evaluation prior to release of data for manufacturing. These will be as per the final product but manufactured using alternate methods i.e. without or with minimum tooling
Design of Jigs and Fixtures, precision injection molding, press tools, Patterns and dies using the latest concepts and technologies. We have expertise in single cavity, multi cavity and family moulds and have extensively worked with many varieties of plastics. We have the experience in the Welding, Inspection or checking BIW, Machining fixtures design and detailed drawing creation. Our tool design engineers are experienced in working with software like Unigraphics, Ideas, Pro E, Catia, AutoCAD, Mold flow, Del cam etc and are supported by a highly experienced team of tool manufacturing engineers ensuring high quality tools are designed.
We use a number of rapid prototyping technologies to fabricate your part from your designs or as part of our product design services. Our prototyping capabilities and technical knowledge provides the competitive edge you need in the product development process to help you get your products to market faster. Our engineer’s help you decide on the best process suited to your requirements.
Your prototype is delivered with any of the following techniques:
Stereolithography (SLA) with quick turn-around and exceptional accuracy with parts in an ABS-like resin. Selective Laser Sintering (SLS) to produce parts in a porous nylon material or metal.
Fusion Deposition Modeling (FDM) offering functional prototypes with ABS, and other materials. The technology is commonly applied to form, fit and function
analysis and concept visualization. CNC and conventional machining techniques. Proto shop with trained craftsmen. Rapid tooling with SLS or SLA and silicon molds.
Manufacturing Engineering Typically includes activities such as CNC programming validation and verification, CMM programming, fixture design and tooling, process planning, tool path generation and tool selection.
Shivamtech has successfully executed many value engineering for customers and there by measurable impact in cost optimization, Weight reduction, Topology optimization, Parts Optimization.
We have executed several projects using Reverse Engineering starting with Laser scanning and CMM data generation. We can provide validated 3D casting & machining model including associated drafting as per customer specified standards and any industry standard CAD platforms like AutoCAD, Unigraphics, CATIA V5 and Pro-E. We can also provide metallurgical analysis & test services.
Our Engineers are Expertise on some of following software tools.
For more information please contact us at email@example.com