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Non-universal scale transformations of the physical fields are extended topure quantum fluids and used to calculate susceptibility, specific heat and theorder parameter along the critical isochore of He3 near its liquid-vaporcritical point. Within the so-called preasymptotic domain, where the Wegnerexpansion restricted to the first term of confluent corrections to scaling isexpected valid, the results show agreement with the experimental measurementsand recent predictions, either based on the minimal-substractionrenormalization and the massive renormalization schemes within the$\Phi\_{d=3}^{4}(n=1)$-model, or based on the crossover parametric equation ofstate for Ising-like systems

Universality and quantum effects in one-component critical fluids