Publication detail

CNC grinding of screw grooves with high demands for quality and accuracy

OSIČKA, K. OSIČKA, J.

Czech title

CNC broušení šroubové drážky s vysokými požadavky na kvalitu a přesnost

English title

CNC grinding of screw grooves with high demands for quality and accuracy

Type

journal article - other

Language

en

Original abstract

This article deals with an utilization of CNC grinding machine truing/dressing facilitated by a diamond dressing edge the contour move of which against the grinding wheel is carried out by a CNC equipment. The utilization of the CNC machine for both the grinding itself and the shape dressing is considered to be an optimal solution.

Czech abstract

Článek pojednává o využití tvarování na CNC brousicím stroji pomocí diamantového orovnávacího hrotu, jehož pohyb vůči brousicímu kotouči po kontuře se zrealizuje pomocí CNC řízení. Jako optimální řešení se považuje použití CNC brousicího stroje jak pro vlastní broušení tvaru tak pro tvarové orovnání.

English abstract

This article deals with an utilization of CNC grinding machine truing/dressing facilitated by a diamond dressing edge the contour move of which against the grinding wheel is carried out by a CNC equipment. The utilization of the CNC machine for both the grinding itself and the shape dressing is considered to be an optimal solution.

Keywords in Czech

spirálová drážka, brousicí kotouč, orovnávací diamantový hrot, CNC program

Keywords in English

spiral groove, grinding wheel, wheel dresser diamond edge, CNC programme

RIV year

2011

Released

30.12.2011

Publisher

Universita J.E.Purkyně

Location

Ústí nad Labem

ISSN

1211-4162

Volume

XVI

Number

6

Pages from–to

33–38

Pages count

6

BIBTEX


@article{BUT89061,
  author="Karel {Osička} and Jan {Osička},
  title="CNC grinding of screw grooves with high demands for quality and accuracy",
  year="2011",
  volume="XVI",
  number="6",
  month="December",
  pages="33--38",
  publisher="Universita J.E.Purkyně",
  address="Ústí nad Labem",
  issn="1211-4162"
}