Perm, Perm, Russian Federation
Perm, Perm, Russian Federation
Perm', Perm, Russian Federation
The problems of cutting tools supply interaction from abroad due to sanctions rollout and new possibility of full-fledged replacement of these tools with the relevant cutting tools of domestic production are viewed. The results of linking comparative research of cutting geometry impact on physical parameters, comparing lamellar tooth material and coatings in lathe knives of various foreign firms and similar domestic lamellar teeth of the Kirovograd carbide materials plant using the modes of finish-turning, semi-rough and rough turning operations by means of the computer-aided diagnostics center, are presented. It is found that in most parameters, cutting tools of domestic manufacture is absolutely equal to the best foreign tools and can be recommended substitution-ally for various machine-building enterprises in Russia.
cutting plates geometry, physical parameters, noise, vibration, cutting forces, roughness, comparative evaluation
1. Bezy'azichniy, V.F., Fomenko, R.N., Yatmanova, T.D. Development of an ex-perimental stand for measuring effectiveness of machining operation modes / Naukoyemkie technologii na sovremennom etape razvitiya mashinostroeniya. Materiali 8 MNTK 19-21 Mai, 2016. [Science-intensive technologies at the present stage of devel-opment of mechanical engineering. Proceed-ings of the 8-th ISTC, May 19-21, 2016]. Moscow,Techpoligrafcenter, 2016, pp.25-27. (in Russian).
2. Diagnostika i sertifikatsiya metallorezhuschego oborudovaniya: uch. posob.[ Diagnostics and certification of metal-cutting equipment: study guide] / M.P. Kozochkin et al. Moscow: Innovatsionnoe mashinostroenie, 2017, 240 p. (in Russian).
3. Ingemansson, A.R. Cutting effective-ness increase at expense of adaptive control in digital production systems/ Science inten-sive technologies in mechanical engineering, 2020, no. 4, pp. 39 48.
4. Kozochkin, M.P., Sabirov, F.S. Tech-nical diagnostics problems at engineering equipment creation and operation /Bulletin of USATU, 2012, no.4, pp. 98-104.
5. Dinamometricheskaya sistema uskorennogo opredeleniya rezhushchikh svoistv instrumenta: spravochnik [Dyna-mometric system of the accelerated identi-fication of cutting properties of tools: guide] C.V. Mikhailov, et al. Engineering Journal, 2015, no. 1, pp. 34 40. (in Russian).
6. Gorelov, V.A. Automatically-controlled multivariate stand for express op-timization of cutting modes /Engine, 2006, no.5 (47), pp.12 13.
7. Makarov, V.F., Abzaev, R.S., Shokhrin, A.V. Razrabotka kompleksnogo komp'uternogo tsentra diagnostiki protsessa rezaniya [Development of a complex com-puter center for diagnostics of the cutting process] sb. trudov IV mezhdunarod. nauchn. tekhnich. konf. "Sovremennie problemi mashinostroeniya" [ Proceedings of the IV International Scientific and Tech-nical Conference "Modern problems of Me-chanical Engineering]. Tomsk, 2008, pp. 609 613.
8. Makarov, V.F., Abzaev, R.S., Istomin M.I. Computer center for diagnostics of the cutting process on CNC machines / Guide. Engineering Magazine, 2013, no.6 (195), pp.33 37.
9. Peculiarities in diagnostics of cutting process at composite material drilling / V.F. Makarov, I.I. Konov, et al. / Science-intensive technologies in mechanical engi-neering, 2016, no.12 (66), pp. 24 28.
10. Catalogues of foreign companies Sandvik Coromant (Sweden), SECO (Swe-den), Kennametal (USA), Pramet (Czech Republic) and the domestic company KZTS.
