Cadavers are usually frozen or embalmed due to rapid post-mortem decay. Although the use of embalmed bodies in medicine is vital for learning anatomy and tutoring surgical skills, the anatomical community becomes more conscious of the work-related risks associated with cadaver preservation and the high costs associated with reducing the level of toxic exposure interest in low-hazardous alternatives rises. Moreover, there is indeed a growing demand in surgical training for embalmed and fresh frozen cadavers with realistic morphological features as a better and more resilient alternative.