GEMIL (Geometrical Errors by Measurement of Independent Lines) is a technique for compensating geometrical errors of Coordinate Measuring Machines (CMMs), first introduced in [7]. It is intended for industrial application, with a focus on deriving the error components as inexpensively as possible, while still achieving state of the art accuracy. The simulations reported in [7] were validated experimentally with three industrial CMMs in non laboratory conditions, through standard testing according to the ISO 10360-2 [9]. The results prove the effectiveness of the technique and confirm GEMIL as a low cost industrial alternative to existing compensation techniques
This dissertation presents the measurement principles, theoretical analysis and experimental results...
Electronic coordinate measuring machines (CMM) represent the state-of-the-art in automatic three-dim...
Influence of fixture on the errors of a machined surface can be very significant. The machined surfa...
GEMIL (Geometrical Errors by Measurement of Independent Lines) is a technique for compensating geome...
For measuring machines and machine tools, geometrical accuracy is a key performance criterion. While...
This paper presents a new calibration method particularly for up to middle size CMM. The method is a...
The development of an error compensation model for coordinate measuring machines (CMMs) and its inte...
Coordinate measuring machines (CMM) are main instruments of measurement in laboratories and in indus...
Coordinate Measuring Machines (CMMs) are widely used by industry to measure the geometrical features...
AbstractThe coordinate measuring machines (CMM's) has given a new impulse in the field of geometrica...
This paper describes the development and application of an error compensation technique for improvin...
This thesis was submitted for the degree of Masters of Philosophy and awarded by Brunel University L...
The proliferation of the bridge type Coordinate Measuring Machine (CMM) within the manufacturing env...
AbstractThe paper describes a new developed approach to CNC-controlled multi-axis systems geometric ...
SIGLEAvailable from British Library Document Supply Centre-DSC:D191152 / BLDSC - British Library Doc...
This dissertation presents the measurement principles, theoretical analysis and experimental results...
Electronic coordinate measuring machines (CMM) represent the state-of-the-art in automatic three-dim...
Influence of fixture on the errors of a machined surface can be very significant. The machined surfa...
GEMIL (Geometrical Errors by Measurement of Independent Lines) is a technique for compensating geome...
For measuring machines and machine tools, geometrical accuracy is a key performance criterion. While...
This paper presents a new calibration method particularly for up to middle size CMM. The method is a...
The development of an error compensation model for coordinate measuring machines (CMMs) and its inte...
Coordinate measuring machines (CMM) are main instruments of measurement in laboratories and in indus...
Coordinate Measuring Machines (CMMs) are widely used by industry to measure the geometrical features...
AbstractThe coordinate measuring machines (CMM's) has given a new impulse in the field of geometrica...
This paper describes the development and application of an error compensation technique for improvin...
This thesis was submitted for the degree of Masters of Philosophy and awarded by Brunel University L...
The proliferation of the bridge type Coordinate Measuring Machine (CMM) within the manufacturing env...
AbstractThe paper describes a new developed approach to CNC-controlled multi-axis systems geometric ...
SIGLEAvailable from British Library Document Supply Centre-DSC:D191152 / BLDSC - British Library Doc...
This dissertation presents the measurement principles, theoretical analysis and experimental results...
Electronic coordinate measuring machines (CMM) represent the state-of-the-art in automatic three-dim...
Influence of fixture on the errors of a machined surface can be very significant. The machined surfa...