Nikon Metrology X-ray Computed Tomography

Description
An important challenge to manufacturers is to increase product quality, which can be achieved through 100% part inspection. Traditionally, X-ray Computed Tomography (CT) has been a valuable tool mainly used in research or prototyping labs to evaluate failures or spot defects. A proven engineering tool that was generally considered as too slow to be used on a production line. That is until now! Recent advances in high-resolution high-flux rotating targets for X-ray sources, coupled with easy automation of CT scanning parameters and analysis techniques allow samples to be scanned, reconstructed and evaluated in under two minutes. This opens the gate to a broad span of automation inspection applications, varying from simple pass/fail inspection to full in-line automated CT inspection with feedback to the production process. Benefits of automation Deskill complex tasks Increase quality by 100% part inspection Ensure repeatability of inspection Automatic rejection of fail parts Centralization of analysed data Advantage of Nikon CT automation Integrated communication/automa tion process No programming skills needed Interfaces with 3rd party hardware and software
Description
An important challenge to manufacturers is to increase product quality, which can be achieved through 100% part inspection. Traditionally, X-ray Computed Tomography (CT) has been a valuable tool mainly used in research or prototyping labs to evaluate failures or spot defects. A proven engineering tool that was generally considered as too slow to be used on a production line. That is until now! Recent advances in high-resolution high-flux rotating targets for X-ray sources, coupled with easy automation of CT scanning parameters and analysis techniques allow samples to be scanned, reconstructed and evaluated in under two minutes. This opens the gate to a broad span of automation inspection applications, varying from simple pass/fail inspection to full in-line automated CT inspection with feedback to the production process. Benefits of automation Deskill complex tasks Increase quality by 100% part inspection Ensure repeatability of inspection Automatic rejection of fail parts Centralization of analysed data Advantage of Nikon CT automation Integrated communication/automa tion process No programming skills needed Interfaces with 3rd party hardware and software

Suppliers

Company
Product
Description
Supplier Links
X-ray Computed Tomography -  - Nikon Metrology
Leuven, Belgium
X-ray Computed Tomography
X-ray Computed Tomography
An important challenge to manufacturers is to increase product quality, which can be achieved through 100% part inspection. Traditionally, X-ray Computed Tomography (CT) has been a valuable tool mainly used in research or prototyping labs to evaluate failures or spot defects. A proven engineering tool that was generally considered as too slow to be used on a production line. That is until now! Recent advances in high-resolution high-flux rotating targets for X-ray sources, coupled with easy automation of CT scanning parameters and analysis techniques allow samples to be scanned, reconstructed and evaluated in under two minutes. This opens the gate to a broad span of automation inspection applications, varying from simple pass/fail inspection to full in-line automated CT inspection with feedback to the production process. Benefits of automation Deskill complex tasks Increase quality by 100% part inspection Ensure repeatability of inspection Automatic rejection of fail parts Centralization of analysed data Advantage of Nikon CT automation Integrated communication/automa tion process No programming skills needed Interfaces with 3rd party hardware and software

An important challenge to manufacturers is to increase product quality, which can be achieved through 100% part inspection. Traditionally, X-ray Computed Tomography (CT) has been a valuable tool mainly used in research or prototyping labs to evaluate failures or spot defects. A proven engineering tool that was generally considered as too slow to be used on a production line.

That is until now! Recent advances in high-resolution high-flux rotating targets for X-ray sources, coupled with easy automation of CT scanning parameters and analysis techniques allow samples to be scanned, reconstructed and evaluated in under two minutes. This opens the gate to a broad span of automation inspection applications, varying from simple pass/fail inspection to full in-line automated CT inspection with feedback to the production process.

Benefits of automation

  • Deskill complex tasks
  • Increase quality by 100% part inspection
  • Ensure repeatability of inspection
  • Automatic rejection of fail parts
  • Centralization of analysed data

Advantage of Nikon CT automation

  • Integrated communication/automation process
  • No programming skills needed
  • Interfaces with 3rd party hardware and software
Supplier's Site

Technical Specifications

  Nikon Metrology
Product Category Nondestructive Testing (NDT) Equipment
Product Name X-ray Computed Tomography
Instrument Type Computed Tomographic System
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