The increasing number of small and fragile parts that are being manufactured using micromachining technology has raised the demand for co-ordinate measurement machines (CMM) that can measure on a micro- and millimetric scale without contacting the part, thus avoiding damage to the surface of the part. These instruments are expected to measure on a micro- and millimetric scale with a measuring uncertainty in the nanometre range. A number of techniques used for contactless surface measurements exist, such as the focus variation (FV) technique, which have the ability to perform measurements on the micro- and millimetric scale in a short amount of time. These instruments may have the potential to be implemented in a non-contact micro-CMM platfo...
Co-ordinate metrology has reached a very high state of development concerning versatility and accura...
The evaluation of micromilled parts quality requires detailed assessments of both geometry and surfa...
The capacity to detect geometrical errors on the workpieces during the machining process is a key en...
Demand form micro-coordinate measuring machines (micro-CMMs) within industry is increasing due to th...
Fast and accurate in-line areal surface topography measuring instruments are required to control the...
The performance verification of a co-ordinate measuring system (CMS) is important for instrument acc...
On-machine areal surface topography measuring instruments are required for fast and accurate measure...
The state-of-the-art in dimensional metrology in terms of accuracy and 3D measurement is the micro-c...
Areal surface texture measuring instruments can be calibrated by determining a set of metrological c...
Performance verification of a coordinate measuring system (CMS) is important for instrument acceptan...
Performance verification of a coordinate measuring system (CMS) is important for instrument acceptan...
There have been substantial improvements in measurement systems in order to meet fluctuati...
A high-precision & low-cost micro-CMM (coordinate measuring machine) is under development. The expe...
A high-precision and low-cost micro-CMM (coordinate measuring machine) is under development. The exp...
Co-ordinate metrology has reached a very high state of development concerning versatility and accura...
The evaluation of micromilled parts quality requires detailed assessments of both geometry and surfa...
The capacity to detect geometrical errors on the workpieces during the machining process is a key en...
Demand form micro-coordinate measuring machines (micro-CMMs) within industry is increasing due to th...
Fast and accurate in-line areal surface topography measuring instruments are required to control the...
The performance verification of a co-ordinate measuring system (CMS) is important for instrument acc...
On-machine areal surface topography measuring instruments are required for fast and accurate measure...
The state-of-the-art in dimensional metrology in terms of accuracy and 3D measurement is the micro-c...
Areal surface texture measuring instruments can be calibrated by determining a set of metrological c...
Performance verification of a coordinate measuring system (CMS) is important for instrument acceptan...
Performance verification of a coordinate measuring system (CMS) is important for instrument acceptan...
There have been substantial improvements in measurement systems in order to meet fluctuati...
A high-precision & low-cost micro-CMM (coordinate measuring machine) is under development. The expe...
A high-precision and low-cost micro-CMM (coordinate measuring machine) is under development. The exp...
Co-ordinate metrology has reached a very high state of development concerning versatility and accura...
The evaluation of micromilled parts quality requires detailed assessments of both geometry and surfa...
The capacity to detect geometrical errors on the workpieces during the machining process is a key en...