Bharat Forge Daun stands for the highest precision in metrology. Using state-of-the-art CNC systems and coordinate measuring machines, we measure the shape, position and surfaces of components in the sub-micrometer range. Our tactile measuring technology with sensitive probes provides reliable measurement data for quality assurance and series measurements.
Tactile measurement is a precise measuring method in which components are accurately measured using modern coordinate measuring machines and tactile sensors. The measuring tasks are automated and enable fast, repeatable data acquisition.
Shape, dimensions, surfaces and material thickness are recorded. Mechanical probing of the object surface with highly sensitive probes produces precise measurement data as a basis for analysis, testing, optimization and quality assurance.
Compared to optical 3D measurement technology, it is considered more traditional, but remains indispensable for high accuracy requirements and complex geometries. At Bharat Forge Daun, it complements CNC machining processes for maximum process reliability.
Tactile measurement technology enables the high-precision measurement of complex components, shapes and surfaces. With modern coordinate measuring machines and sensitive probes, dimensions, position tolerances and shape deviations are precisely recorded – even with challenging materials such as steel or aluminum.
It is ideal for inspecting workpieces, assemblies and devices after CNC turning, milling, welding, engraving or polishing. This ensures that every part meets the required tolerances and quality standards.
Tactile measurement provides reliable measurement data for analyses, process optimization and consistent quality assurance in mechanical engineering, the automotive industry and other manufacturing sectors.
CNC measurement is a precise measuring process in which components are accurately recorded using modern 3D coordinate measuring machines and optical sensors. The measuring tasks run automatically via CNC programs and enable fast, repeatable data acquisition.
Shape, dimensions, surfaces and material thickness are recorded. Optical 3D measurement technology, photogrammetry, fringe projection and laser scanning are used to create precise 3D data as a basis for analysis, testing, optimization and quality assurance.
CNC measurement provides a complete overview of each component and supports production through high dimensional accuracy and process reliability. It is used in particular in the automotive industry, in mechanical engineering and in plant construction.
At Bharat Forge Daun, CNC measurement is an integral part of our measurement technology and combines state-of-the-art technologies with many years of expertise.
Our CNC measuring machines and 3D measuring systems are specially designed for the precise measurement of components made of steel, aluminum and other materials. Automated programs, optical 3D measurement technology such as fringe projection and laser scanning as well as the use of state-of-the-art measuring devices and 3D scanners enable us to capture even complex geometries with the highest dimensional accuracy.
Thanks to stable processes, we achieve tight tolerances, exact dimensions and consistent accuracy – regardless of whether we are dealing with individual parts, prototypes or series.
With this technological foundation, CNC measurement is a central component of our 3D measurement technology and offers customers in a wide range of industries practical applications – from precise analyses and inspections to digital evaluations in mechanical engineering and the automotive industry.
At Bharat Forge Daun, you receive precise measurement results that combine accuracy, stability and reliability. Our many years of experience in tactile measurement technology and the use of state-of-the-art coordinate measuring machines make us a strong partner for demanding components and manufacturing processes.
We combine precise measuring systems with efficient data evaluation and tested quality. This produces measurement results that are reliable, on time and reproducible, even with complex geometries, tight tolerances and high requirements – from CNC turned and milled parts to welded assemblies and polished components.
Bharat Forge Daun GmbH stands for excellence and cutting-edge technology in metal processing. With our many years of experience, high vertical range of manufacture and modern machinery, we are your reliable partner for demanding machining projects.
Our processes are designed for precision, repeat accuracy and adherence to deadlines – even for complex components, tight tolerances and large quantities. Thanks to the close integration of toolmaking, fixture construction and mechanical processing, we offer CNC turning with consistent quality from a single source.
Advantages at a glance:
The tactile system works with a measuring probe that touches the surface of a component point by point. Coordinates, shape and dimensions are precisely recorded and digitally evaluated as measurement data. In conjunction with CNC milling, turning or welding, this method ensures maximum dimensional accuracy and quality assurance – especially for complex workpieces where optical 3D measurement technology reaches its limits.
Tactile sensors are precise probes that detect minimal changes in position when touching a workpiece. They are used to accurately determine surfaces, position tolerances and geometries. In combination with modern coordinate measuring machines, they provide reliable measurement data for processes such as CNC milling, assembly of components or polishing, where maximum accuracy is required.
In metrology, tactile, optical and combined measuring methods are primarily used. While tactile metrology works by touch and offers maximum precision, optical 3D metrology enables fast, area-based measurement. Depending on the component, material and requirements, both methods are used in addition – for example for CNC-milled, welded or engraved components.
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