Application advantages and development status of scanners in today's manufacturing industry
The development of laser scanners and structured white light scanners for metrology is proceeding in parallel along two tracks. The RS6 laser scanner is powered by SHINE (Systematic Highly Intelligent Noise Cancellation) technology, which enables users to scan all parts at maximum speed across the entire laser width at all times. Image courtesy of Hexagon Manufacturing Intelligence Guillaume Bull, Product Manager, Creaform USA, Levis, Quebec, Canada said:“ There have been huge advancements in the automation of 3D scanning, including not only the development of turnkey automation solutions like the Cube-R, but also software improvements in the development of digital twin environment software modules.”Toon Peeters, a member of the Zeiss Group and business development engineer at GOM Americas Inc. in Charlotte, North Carolina, said:“Compared to projected light systems, laser technology is inherently better at dealing with reflective surfaces. Combine this with powerful software that allows it to scan extremely reflective surfaces with minimal impact on noise.”Scanners are also processing new materials. Matthew Gibbons, manager of sales applications engineer at Nikon Metrology in Brighton, Michigan, said:“The biggest improvement in this technology is the handling of challenging materials. The combination of Nikon optics and the latest algorithms has helped us produce low noise/high resolution scans on a variety of difficult-to-scan surfaces. We are able to produce high quality laser lines to filter out spoiler data typically collected from dark, glossy or machined surfaces.”Scanners also help increase productivity. The challenge facing global manufacturing today is that it has to deal with more complex part and assembly designs than ever before, the use of traditional CMMs often creates bottlenecks in the manufacturing process, and companies must often struggle with a lack of skilled resources and limited Conduct business during working hours.
Anyone who has seen the latest tensile tester manufacturers textile testing equipment in operation cannot help but be impressed with how far the technology has progressed over the past few years.
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Ball Burst Method (ASTM D3787): Steel ball penetration for textiles/films using testers like GT-C02-2.
Hydraulic Method (ISO 13938.1): Fluid pressure on rubber diaphragm for industrial fabrics via GT-C12A.
Pneumatic Method (ISO 13938.2): Compressed air for breathable materials tested with GT-C12B.
Results are influenced by raw materials, yarn properties,
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