• Ovidiu Gheorghe Moldovan University of Oradea
  • Ioan Moga University of Oradea
Keywords: tool measurement, flexibility, optical sensors


The paper presents the design and implementation of an automatic tool measurement system using a infrared reflective optical sensor.The system in used on the TMA 5 axis machining centre for tool measuring purposes, having the capability of autonomous operation, the measuring process is done automatically by the CNC equipment.


1. Jian-Xiong Chena, Shu-wen Lina, Xiao-Long Houb, Yi-Liu Tuc, An on-machine error calibration method for a laser micromachining tool, Precision Engineering, Volume 47, January 2017, Pages 239–248
2. Hau-Wei Leea, Kuo-Yi Huangb, Huan-Tsai Pengc, Chien-Hung Liuc, A real time error measuring device for meso-scale machine tools, Sensors and Actuators A: Physical, Volume 244, 15 June 2016, Pages 213–222
3. Wei Wang, , Xinyu Zhang, Yan Li, Yong Li, Open CNC Machine Tool's State Data Acquisition and Application Based on OPC Specification, Procedia CIRP, Volume 56, 2016, Pages 384–388,The 9th International Conference on Digital Enterprise Technology – Intelligent Manufacturing in the Knowledge Economy Era
4. Moldovan Ovidiu Gheorghe, Contributions regarding the tool management system at the flexible manufacturing cells for prismatic parts, PhD Thesis, Oradea, 2013, Contribuții privind sistemul de gestiune a sculelor la cellule flexibile de fabricație a pieselor prismatice, Teza de doctorat, Oradea, 2013
5. L.S. Csokmai, R.C. Ţarcă, C. Bungău, G. Husi, A Comprehensive Approach to Off-line Advanced ErrorTroubleshooting in Intelligent Manufacturing Systems, IJCCC, ISSN 1841-9836, 10(1):30-37, February, 2015.
6. IMO Precision Controls Ltd - M12 Miniature Photoelectric SwitchesDM technical catalogue
7. producten/sensors/fotocellen/m12/
How to Cite
Moldovan, O., & Moga, I. (2016). TOOL MEASUREMENT SYSTEM BASED ON REFLEXIVE INFRARED OPTICAL SENSOR. Nonconventional Technologies Review, 20(4). Retrieved from