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TurboTides is an integrated turbomachinery design system from Spinpo Software and Services, positioned as an all-in-one CAE platform for R&D. It supports the design and optimization of equipment such as compressors, turbines, pumps, and fans, with applications across aerospace, oil and gas processing, air separation, power generation, refrigeration compressors, turbocharging, waste heat recovery, fuel cells, and more.
Based on the available text, TurboTides’ core value lies in bringing workflows that are traditionally spread across multiple tools into a single platform: cycle analysis, 1D meanline preliminary design, 2D through-flow and blade-to-blade analysis, 3D geometry modeling, automatic meshing, 3D CFD, 3D FEA, data reduction, and optimization. It supports radial, mixed-flow, and axial compressors, turbines, pumps, and fans, and provides real-gas calculations, REFPROP 10, parametric geometry, automatic boundary-condition setup, post-processing reports, and curve comparisons. Its built-in optimizer can be used across cycle, 1D, 2D, CFD, and FEA stages, making it suitable for multidisciplinary optimization scenarios.
The platform supports CAD import and export, and can use ANSYS CFX through a CFX TurboGrid interface. One of its differentiators is the built-in database: it can serve as a version-controlled central repository on a network, storing designs, test data, geometry models, fluid models, and UDFs. This supports reuse of historical designs, reverse import, and organizational knowledge retention. The text also mentions UDF and scripting capabilities, which can be used to modify default model behavior, define custom record types, and build complex optimization workflows. However, it does not disclose a formal API/SDK or specific programming language support.
The official site content does not disclose pricing, licensing model, trial availability, payment methods, operating system support, or deployment requirements. Customer testimonials repeatedly mention fast technical support and help with specific design problems, suggesting the service leans more toward engineering consulting and deep implementation rather than software licensing alone.
Its strengths are deep vertical-industry coverage, a complete workflow, reduced fragmentation across toolchains, and an emphasis on preserving design knowledge. Its weaknesses are limited transparency around commercial details, with no clear information on open-source vs. closed-source status, self-hosting, APIs, or documentation quality. It is best suited for manufacturers, CAE teams, and engineering service companies with turbomachinery R&D needs, rather than general software developers or lightweight simulation use cases.
The crawled text does not include information on access from China, payment, or local support, so these remain unknown. Domestic teams considering procurement should verify official-site connectivity, license delivery, payment methods, technical-support time zones, and licensing compatibility with dependent tools such as ANSYS and REFPROP.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on spinpous.com official site.
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