Share your engineering challenge. We'll review your CAD, identify the right simulation approach, and send a proposal — typically within 24 hours.
Multiple ways to connect. We respond to all inquiries and typically turn around simulation proposals in under 24 hours.
Fill in your details and we'll prepare a tailored simulation proposal.
🔒 Your information is kept strictly confidential. NDA available on request.
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STEP · IGES · STL · SLDPRT · SLDASM · CATIA · DXF · Parasolid
🔒 Files are handled under strict NDA. Max 50MB via form; larger files via WeTransfer on request.
🔒 Quote turnaround: typically within 1 business day. No obligation.
We'll review your enquiry and get back to you within 24 hours with a tailored response.
View Case Studies →Everything you need to know before getting in touch.
At minimum, a CAD file (STEP or IGES preferred), material specifications, loading/boundary conditions, and the output you need (e.g. max stress, pressure drop, temperature distribution). The more detail you provide, the faster we can scope and price the work.
Simple single-domain analyses (e.g. a static FEA or steady-state CFD) typically take 3–7 business days from CAD receipt to final report. Multiphysics or iterative design studies can range from 1–3 weeks depending on complexity and number of design variants.
Yes, absolutely. We treat all project data as strictly confidential by default. If you require a formal NDA before sharing files, we are happy to sign one — simply mention it in your enquiry.
We accept STEP (.stp/.step), IGES (.igs/.iges), STL, SolidWorks (.sldprt/.sldasm), CATIA V5 (.catpart/.catproduct), Parasolid (.x_t/.x_b), and DXF. If you have a different format, contact us and we'll find a conversion path.
Yes. Every project includes a structured engineering report covering problem definition, model setup, mesh quality, solver settings, results (with contour plots, vectors, graphs), and engineering conclusions. Code-compliance tables are included where applicable (IS 800, PNGRB, ASME, etc.).
Definitely. Describe your problem in the enquiry form and our engineers will recommend the most appropriate analysis type — CFD, FEA, thermal, dynamic, or a combined multiphysics approach — with a brief rationale before any work begins.