We usef four different optical measurement technologies to measure the features of this tiny adjustable crescent wrench that we picked up as a trade show giveaway. This dataset shows the surface texture of the lettering along the side of the wrench. Measured via Sensofar S Lynx 2 – Focus variation 10x Data source: Digital Metrology
We usef four different optical measurement technologies to measure the features of this tiny adjustable crescent wrench that we picked up as a trade show giveaway. This dataset shows the surface of one of the beads on the chain. Measured via Sensofar S Lynx 2 – Extended Phase Shifting Interferometry (ePSI) 20x Data source: Digital … Read more
We usef four different optical measurement technologies to measure the features of this tiny adjustable crescent wrench that we picked up as a trade show giveaway. This dataset shows the surface texture of the knurled adjustment gear. Measured via Sensofar S Lynx 2 – Laser Confocal 50x Data source: Digital Metrology
We usef four different optical measurement technologies to measure the features of this tiny adjustable crescent wrench that we picked up as a trade show giveaway. This dataset shows the surface texture along the side of the wrench jaw. Measured via Sensofar S Lynx 2 – Coherence Scanning Interferometry (CSI) 10x Data source: Digital Metrology
Some wrenches may be universal…but that’s not always true of the technologies for optical surface texture measurement. Some instruments excel in particular measurements, others offer higher vertical resolution, or lateral resolution…and many use different file formats to save the results. Fortunately, OmniSurf3D software can analyze data from all of them! Here’s a tiny adjustable crescent … Read more
A chrome coated piston ring face. Measured via Zygo ZeGage Plus (10X) Data source: Digital Metrology Solutions
This Mahle HV385 ring was featured in our article, Optical vs stylus: piston ring case study. Measured via: Sensofar S Lynx 2, 20x, CSI mode Data source: Sensofar
We have a new generation of Digital Metrology pens…and some nice data taken at Sensofar on their S Wide 3D Optical Profilometer! This dataset includes an image overlay that provides a more realistic sense of a surface. The overlay can be saved as part of the .os3d file format. To view the image overlay in … Read more
SPI surface finishes are standardized textures for plastic injection molds and molded parts. Defined by the Society of the Plastics Industry (SPI), now known as Plastics Industry Association (PLASTICS), these standards help manufacturers specify the surface texture of the final part, which directly affects appearance, feel, grip, etc. This dataset is a measurement of the … Read more
SPI surface finishes are standardized textures for plastic injection molds and molded parts. Defined by the Society of the Plastics Industry (SPI), now known as Plastics Industry Association (PLASTICS), these standards help manufacturers specify the surface texture of the final part, which directly affects appearance, feel, grip, etc. This dataset is a measurement of the … Read more
SPI surface finishes are standardized textures for plastic injection molds and molded parts. Defined by the Society of the Plastics Industry (SPI), now known as Plastics Industry Association (PLASTICS), these standards help manufacturers specify the surface texture of the final part, which directly affects appearance, feel, grip, etc. This dataset is a measurement of the … Read more
SPI surface finishes are standardized textures for plastic injection molds and molded parts. Defined by the Society of the Plastics Industry (SPI), now known as Plastics Industry Association (PLASTICS), these standards help manufacturers specify the surface texture of the final part, which directly affects appearance, feel, grip, etc. This dataset is a measurement of the … Read more