The presented materials set out the main provisions for setting reliability requirements, methods for assessing reliability indicators at the stages of development and testing, taking into account the design and functioning of medical devices and their classification, methods of using a priori information about the reliability of analogue products. The use of methods based on functional reliability models in reliability assessments and the involvement of additional information about the values of product parameters recorded during the checks allows reducing the amount of checks required to confirm the specified reliability requirements. The work also shows that the currently existing methodological materials do not consider the issues of assessing the entire range of reliability indicators presented to the products being developed.

1.
Federal Service for Surveillance in Healthcare
,
Medical devices
Retrieved (20.07.
2021
) from: https://roszdravnadzor.gov.ru/medproducts
2.
Rossiyskaya
Gazeta
,
On the approval of sanitary rules and regulations
Retrieved (15.07.
2021
) from: https://rg.ru/2021/02/08/rospotrebnadzor-post3-site-dok.html
3.
V. A.
Golikov
,
A. G.
Amosov
and
S.
Capulis
,
Journal of Advanced Research in Dynamical and Control Systems
12
(
7
)
984
987
(
2020
). doi:
4.
A. V.
Ripetskii
,
Russian Engineering Research
39
(
9
)
789
792
(
2019
). doi:
5.
Medical
physics
,
How the reliability of medical equipment is ensured
Retrieved (14.07.
2021
) from: https://cribs.me/meditsinskaya-fizika/kak-obespechivaetsya-nadezhnost-meditsinskoi-apparatury
6.
V. R.
Matveevsky
,
Reliability of technical systems
(
Moscow State Institute of Electronics and Mathematics
,
2002
).
7.
V. A.
Golikov
,
Journal of Physics: Conference Series
1889
(
4
)
042069
(
2021
). doi:
8.
B. Zh.
Kuatov
,
A.B.
Kusainov
,
E.A.
Suleimenov
and
D.Kh.
Nurzhanov
,
Complex indicators of aviation equipment reliability
Proceedings of the International Symposium “Reliability and Quality”
vol.
2
pp.
253
257
(
2016
).
9.
V. V.
Kashkovsky
and
I. I.
Quiet
,
Modern technologies. System analysis. Modeling
4
(
52
) (
2016
).
10.
I. A.
Ryabinin
,
Reliability and safety of structurally complex systems
(
St. Petersburg
:
Polytechnic
,
2000
), p.
248
.
11.
A. G.
Amosov
,
Journal of Physics: Conference Series
1889
(
4
)
042033
(
2021
). doi:
12.
E. V.
Mikhailova
,
Journal of Physics: Conference Series
1889
(
4
)
042063
(
2021
). doi:
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