This collection of datafiles contains the different tabulated nuclear equations of state produced through the MUSES Calculation Engine, discussed and used in heavy-ion collisions simulations presented in Studying the QCD Matter produced in Heavy-Ion Collisions using the MUSES Calculation Engine (details about EoS calculation given in the paper) [1].The MUSES Calculation Engine is a web-based application and workflow management system allowing researchers to run scientific calculations as composable workflows, constructed from a growing library of MUSES modules that calculate equations of state, derive physical observables, and transform data. MUSES is an NSF-funded project to answer critical interdisciplinary questions in nuclear physics, gravitational wave astrophysics, and heavy-ion physics. The different equation of state tables stored here, together with metadata files describing their content, are: 4D-TExS from lattice QCD, covering $T \in [0;600]$ MeV with $dT = 2$ MeV and $\mu_{B/Q/S} \in [-800;800]$ MeV with $d\mu_{B/Q/S} = 50$ MeV (see MUSES 4D-TExS module for the code to compute it; when using this table, please cite [2-4]) 4D Taylor-expanded lattice QCD, covering $T \in [30;600]$ MeV with $dT = 5$ MeV and $\mu_{B/Q/S} \in [-450;450]$ MeV with $d\mu_{B/Q/S} = 50$ MeV (see MUSES 4D-Taylor module for the code to compute it; when using this table, please cite [5,6]) QvdW-HRG + EMD Holography (with critical point at ${\mu_B}_c = 200$ MeV), covering $T \in [0;600]$ MeV with $dT = 1$ MeV and $\mu_{B} \in [0;1000]$ MeV with $d\mu_{B} = 1$ MeV QvdW-HRG + EMD Holography (with critical point at ${\mu_B}_c = 598$ MeV), covering $T \in [0;600]$ MeV with $dT = 1$ MeV and $\mu_{B} \in [0;1000]$ MeV with $d\mu_{B} = 1$ MeV QvdW-HRG + EMD Holography (with critical point at ${\mu_B}_c = 1000$ MeV), covering $T \in [0;600]$ MeV with $dT = 1$ MeV and $\mu_{B} \in [0;1000]$ MeV with $d\mu_{B} = 1$ MeV(see MUSES Holographic module and HRG module for the codes used to compute the tables; when using any of these 3 tables, please cite [7-10]) For further details, see the full MUSES documentation and the MUSES project website. [1] MUSES Collaboration - J. Jahan, et al. (2026) arXiv:2606.26326 [nucl-th][2] A. Abuali, et al., Phys.Rev.D 112 (2025) 5, 054502[3] J. Jahan et al., 4D T'-Expansion Scheme (4D-TExS) Equation of State module (2025), 10.5281/zenodo.16749256 [4] J. Jahan and P. Parotto, Continuum-estimated lattice susceptibilites of order 2 and 4 (2025), 10.5281/zenodo.16749145[5] J. Noronha-Hostler et al., Phys.Rev.C 100 (2019) 6, 064910[6] J. Jahan et al., 4D Taylor-expanded lattice (BQS) Equation of State module (2025), 10.5281/zenodo.14639785 [7] M. Hippert et al., Phys.Rev.D 110 (2024) 9, 094006[8] Yumu Yang, Mauricio Hippert and Musa R. Khan, MUSES NumRelHolo (2025), 10.5281/zenodo.14695242[9] J. Jahan et al., Hadron Resonance Gas (HRG) Equation of State module (2026), v1.0.0 [10] V. Vovchenko and H. Stoecker, Comput.Phys.Commun. 244 (2019) 295-310