Process Engineering Equipment Manufacturers adopt SolidWorks for Equipment Design
Process equipments such as Heat Exchangers, Condensers, Cyclones, Pre-Heaters, Centrifuges,
Dryers, Quench Column, Oxy Reactors, Scrubbers among others find high level of benefits
in using SolidWorks for mainstream Design. Increasingly many manufacturers
are adopting SolidWorks for development of detailed engineering designs due to the
following reasons:
- Design Automation using a combination of
Integration with Microsoft Excel, Visual Basic, VBA Macros and Configuration Management
to design equipments and release drawings
- Integrated FEA & CFD using SolidWorks
Simulation as well as SolidWorks Flow Simulation helps in performing design validation
for performance efficiency, failure mode prediction, life estimation as well as
strength/ vibration calculations
- Integrated Product Data Management using
Enterprise PDM for Workflow management across the entire Enterprise with multi-locations
- Documentation Management - Development of
Manuals, Assembly Procedure among others that are necessary for vital communication
across various departments
Why should Equipment manufacturers implement SolidWorks 3D?
Various factors influence the cost of an equipment, profitability of the enterprise
as well as image of the company. Imagine a situation wherein the supply of
a product was accepted at low profit margin and the product was delivered late due
to re-work, mis-match, incorrect Bill of Materials (BOM) or performance issue.
More than 85% of the cost attributed to all of these challenges are influenced by
design. These serve as bottlenecks in growth aspirations and profitability
of any Engineering Enterprise.
- Is Correctness and Completeness of Drawings according to Standards important?
- Is Cost Reduction target provided to all Departments including Design?
- Is Design Validation becoming a regular requirement to meeting product performance
criteria?
- Is staying profitable becoming a challenge?
- Is development of new technologies and capabilities relevant for retaining/ capturing
market leadership?
If any of the above provides an affirmative answer, then it is time to Invest in
SolidWorks, now.
When Standards drive Design, Why Invest in SolidWorks for Design?
Popular Standards such as ASME, TEMA, EJMA have been the basis for Engineering Design
Sizing Calculationns for equipments manufactured world-wide. Though Standards
provide guidelines for design considerations, it is incumbent upon the manufacturer
to ensure supply of efficient systems having higher reliabilty at lower costs !
In order to stay competitive manufacturers are required to provide designs that
address these challenges in more ways than one. Standards are insisting that
Finite Element Analysis be performed in addition to manual calculations. This
requires a 3D framework. Integrated FEA inside a Design environment using
SolidWorks offers the best choice in the market today.
- Save Time - More
projects in the same time delivered using Flexibile Design Automation within SolidWorks.
- 2D DWGeditor - Every
license of SolidWorks empowers the usage of 3 licenses of DWGeditor for editing
legacy 2D drawing data without the need to invest in expensive 2D drawing software
- Value Engineeirng using
FEA and CFD Validation - Solidworks Simulation
and SolidWorks Flow Simulation helps determine
Factors of Safety, Fatigue Life Assessment, Efficiency estimation, Seismic Response,
prediction of vibration levels including Root Cause for Failure Analysis.
'
Do it Once - Do it Right !' has been the
aim of SolidWorks users. Development of very large and complex systems have
been made possible with the usage of SolidWorks.
Nothing is constant but Change - True in Design Engineering.
SolidWorks enables propagation of design changes both upstream and downstream ensuring
correctness of updates.
This results in cost
and time saving due to re-work. SolidWorks has established itself
as a proven design tool with Process Equipment Design teams in India and rest of
the world.