With its 6 x 11-inch fully automated stage, the high-resolution Keyence VR enhances our capabilities for measuring and analyzing large samples. It can be utilized in nearly all industries and at every step of engineering, from research and development to production, and from quality control through analysis of failures and defect investigation.

The Keyence VR is just one of the many pieces of advanced technological and analytical equipment we utilize to assist customers in understanding their complex matters.

• Measurement of Complex Profiles
  • The Keyence VR can scan any 2D or 3D object or surface and provide any type of 2D and 3D surface or profile measurement. It also allows for no-contact surface finish and roughness measurements and the evaluation of true surface flatness.
• Surface Finish and Roughness
  • Surface finish and roughness testing can be completed in our lab, or in-situ onsite, with the use of our high-resolution, zero-shrinkage replication media.
• Product Defect and Fit Up
  • Was a rubber gasket installed improperly or was it defective from the manufacturer? Did the gasket seat match the gasket dimensions? We can use the high-resolution 3D profile measurements obtained by the Keyence VR to answer these questions.
• Manufacturing Defects
  • We can use the Keyence VR for the evaluation of components (such as plumbing fittings) for any unusual wear scars, molding lines, deformities, thread damage, or corrosion pitting.
• Environmental Roofing Damage
  • Environmental hail damage to shingles can be difficult to characterize and evaluate. With the use of the Keyence VR, we can evaluate, characterize, and confirm damage to roofing shingles.
• Non-destructive Analysis
  • 3D profile measurements of gears and bushings are now possible without destructive testing. This allows our project managers to evaluate wear patterns quickly and efficiently with high accuracy and repeatability.
• Injection Mold Defects
  • Injection molds and dies can improperly wear, causing defects to the final product. We can now measure these wear scars and flaws to characterize and identify the dimensions of the molds and dies.