Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
NEW DEVICE FOR RAPID MEASUREMENT OF MACHINE TOOL GEOMETRIC ERRORS
View through CrossRef
Control systems of modern machine tools are equipped with a number of functions for volumetric accuracy enhancement. These functions can compensate for all the geometric errors of the axes, which are characterized by 21 errors for a 3-axis machine tool. Compensation data are stored in compensation tables and the control system calculates actual compensation based on these tables and actual machine tool position. Geometric errors are measured within the machine tool maintenance plan and it presents a time-consuming process. Measurement is mainly based on interferometric devices, where the precise setup of laser source and detector is challenging. This article introduces an original system for automatic interferometer set up to speed up the measurement of geometric errors. The system is designed for the interferometer Renishaw XM-60, which simultaneously measures all 6 degrees of freedom. The developed control software identifies interferometer position and transforms the measured data into a machine coordinate system. Numerical simulation verified the proposed solution.
MM Publishing, s.r.o.
Title: NEW DEVICE FOR RAPID MEASUREMENT OF MACHINE TOOL GEOMETRIC ERRORS
Description:
Control systems of modern machine tools are equipped with a number of functions for volumetric accuracy enhancement.
These functions can compensate for all the geometric errors of the axes, which are characterized by 21 errors for a 3-axis machine tool.
Compensation data are stored in compensation tables and the control system calculates actual compensation based on these tables and actual machine tool position.
Geometric errors are measured within the machine tool maintenance plan and it presents a time-consuming process.
Measurement is mainly based on interferometric devices, where the precise setup of laser source and detector is challenging.
This article introduces an original system for automatic interferometer set up to speed up the measurement of geometric errors.
The system is designed for the interferometer Renishaw XM-60, which simultaneously measures all 6 degrees of freedom.
The developed control software identifies interferometer position and transforms the measured data into a machine coordinate system.
Numerical simulation verified the proposed solution.
Related Results
NICU Medication Errors: Describing the Cause and Nature of Medication Errors in a NICU in Qatar
NICU Medication Errors: Describing the Cause and Nature of Medication Errors in a NICU in Qatar
IntroductionA medication error can be defined as “any error occurring in the medication use process” and focuses on problems with the delivery of medication to a patient [1]. Medic...
Optimising tool wear and workpiece condition monitoring via cyber-physical systems for smart manufacturing
Optimising tool wear and workpiece condition monitoring via cyber-physical systems for smart manufacturing
Smart manufacturing has been developed since the introduction of Industry 4.0. It consists of resource sharing and networking, predictive engineering, and material and data analyti...
A low-cost 3D dynamic measurement system for CNC machine tool geometric errors based on laser interferometry and dual-ballbar
A low-cost 3D dynamic measurement system for CNC machine tool geometric errors based on laser interferometry and dual-ballbar
Abstract
In view of the existing three-dimensional laser tracking measurement system for detecting machine tool geometric accuracy, the strong dependence on the coor...
One-step measurement method of five-axis machine tools using a laser tracer
One-step measurement method of five-axis machine tools using a laser tracer
Abstract
To improve the motion accuracy of five-axis machine tools, it is important to develop a simple methodology to calibrate all geometric errors. This paper pro...
Static structural system identification using observability method
Static structural system identification using observability method
During the construction and operation stages of structures, various factors lead to irreversible degradation that could affect the normal use and the public safety of these structu...
Correcting geometric image distortions in slice‐based 4D‐MRI on the MR‐linac
Correcting geometric image distortions in slice‐based 4D‐MRI on the MR‐linac
PurposeThe importance of four‐dimensional‐magnetic resonance imaging (4D‐MRI) is increasing in guiding online plan adaptation in thoracic and abdominal radiotherapy. Many 4D‐MRI se...
Comparative Study of errors determination of Machine Tools
Comparative Study of errors determination of Machine Tools
Abstract
The increasing of product market demands leads to contionous improvement of computerized numerical control (CNC) machine tools. This improvement requires real unde...
Comparison of the Influences of Initial Errors and Model Parameter Errors on Predictability of Numerical Forecast
Comparison of the Influences of Initial Errors and Model Parameter Errors on Predictability of Numerical Forecast
AbstractBased on the nonlinear local Lyapunov exponent (NLLE) approach introduced by the authors recently, the influences of initial errors and parameter errors on the predictabili...