AIM: The aim of the work is to facilitate digital integration of the whole nose surgery process, from the diagnosis and state of a specific patient, through surgery itself till wider healthcare and social context. PATIENTS AND METHODS: Attention was given to patients requiring surgery related to inferior turbinate and rhinoplasty. The inferior turbinate surgery was designed and simulated in CATIA software, while rhinoplasty surgery was modeled and performed by using HTC Vive virtual reality headset system. RESULTS: The results include modeling of the patient's head and nose tissue, work environment and motions of surgeon and instrument technician. The simulated surgery processes lasted around 17,5 seconds (enabling insight into surgeon's body load using RULA analysis) and about 15 minutes, respectively. CONCLUSION: Both cases of nose surgery digital twinning give basis for future work, that may include: digital encompassing of further details of mentioned surgical procedures; recording of the surgeon's actual movements during the procedures and their transfer to a digital model; motion capture and comparing the work of several surgeons; implementation on a larger sample of patients; the introduction of virtual reality into training of surgeons; the introduction of augmented reality into surgical procedures.