huimin song’s Post

CHNSpec DS-700D Spectrophotometer: Achieve perfect color consistency in your textiles, plastics, paints and various industries with the DS-700D spectrophotometer. 1) Excellent repeat-ability and inter-instrument agreement repeatability : dE*ab≤ 0.04 (max.) and inter-instrument agreement : ≤0.25 2). It can pass metrology of level I. 3). Dual optical path array sensor 4). Intelligent auto calibration, white tile is made by ZrO2 with reflectance more than 90%, no need for frequent white calibration. 5). 360-700nm Full Wavelength Balanced LED+UV 6). 10nm Resolution Grating Spectroscopy Technology 7). Three aperture as standard accessories, no tools are needed and apertures can be replaced at any time to meet different sample measurement requirements. 8). More than 30 kinds of color indices and 37 kinds of illuminants 9). It supports Android, IOS and Windows program. 10). It is with the camera to see the measurement area clearly. Upgrade your color workflow and unlock the full potential of your products with the DS-700D. For inquiries, write to us at sales@nuoi-tech.com #Spectrophotometer #Colortester #DS700D #Paintcolortest #Colorimeter

 💡How to make a reliable PCB – 2. Inner layer💡 The Inner layer step consists of three processes: Image Transfer, Develop Etch Strip and Automatic Optional Inspection (AOI) In the image transfer process, the image is transferred to the board surface using photosensitive dry film and UV light, or laser direct imaging (LDI), in a clean room. The exposed dry film polymerizes, replicating the artwork. Then the dry film is developed to prepare for etching to remove unwanted copper from the panel. After that, the remaining dry film is stripped away, leaving the designed copper circuitry. The circuitry undergoes an AOI against digital images to ensure accuracy and defect free quality. Scanning identifies anomalies, verified by trained inspectors. 👉🏼 Watch all three steps here: https://lnkd.in/engPpTxq #howtomakeapcb #pcbinnerlayer #pcb #pcbproduction #pcbproductionprocess #reliablepcbs #ncabproductionprocess #ncabgroup

 💡How to make a reliable PCB – 2. Inner layer💡 The Inner layer step consists of three processes:  Image Transfer  Develop Etch Strip  Automatic Optional Inspection (AOI) In the image transfer process, the image is transferred to the board surface using photosensitive dry film and UV light, or laser direct imaging (LDI), in a clean room. The exposed dry film polymerizes, replicating the artwork.  Then the dry film is developed to prepare for etching to remove unwanted copper from the panel. After that, the remaining dry film is stripped away, leaving the designed copper circuitry. The circuitry undergoes an AOI against digital images to ensure accuracy and defect free quality. Scanning identifies anomalies, verified by trained inspectors. 👉🏼 Watch all three steps here: https://lnkd.in/engPpTxq #howtomakeapcb #pcbinnerlayer #pcb #pcbproduction #pcbproductionprocess #reliablepcbs #ncabproductionprocess #ncabgroup

🚀 Introducing our cutting-edge 4K 3D digital microscope, packed with features like 2D/3D free switching, large field of view, high definition, and long working distance. 🔍This microscope simplifies inspections, offering 360° observation of small surface structures, micro-defects, solder joint quality, and more. It boosts efficiency with autofocus for components of varying heights, eliminating manual adjustments. 🔍 Specification: - Model: MC-D-4KE - Sensor: 1/1.8 inch Sony sensor, 8 megapixels - Resolution: 3840X2160P@4K - Output interface: HDMI high-definition - External device: HD monitor - Optical magnification: 0.7-5.0X continuous zoom - Magnification: 25-230X - Metal base: 320X260mm, metal base column 280mm - Light source: brightness adjustable LED ring light source - Camera features: HDR wide dynamic, electronic zoom in/out, mirror flip, image freeze, glare suppression #microscope #innovation #microscopy #digitalmicroscope #electronicinspection #visualinspection #electricalmeasurement #electronicsoldering #PCBinspection #SMTinspection #inspectionmicroscope #Weldinginspection #electroniccomponents #electricalengineering #imagetechnology #electronicrepairing #opticalinspection #microscopesystems #digitalcameras #autofocus #precisionequipment #semiconductorinspection #industrialmicroscope #industrialinspection #3Dinspection #3Dimage #3Dobservation #3Dtechnology

Generally it is not easy to capture rapidly falling ink droplets effectively even with machine vision cameras. However, with iCore’s solution, you can capture clear images of ink droplets directly with your camera. Drop Watcher is an application designed to analyze ink droplets falling from print heads. It continuously measures and analyzes the speed, volume, trajectory, and other characteristics of falling ink droplets, enabling the camera to capture them sharply. ※ To ensure accurate measurement, reduce exposure time and ensure sufficient light with iPulse and iLight. Experience iCore's technology through Drop Watcher, which can analyze particles down to submicron levels. 📌 Learn more about Drop Watcher: https://lnkd.in/gDmrNvG6 #iCore #MachineVision #iLight #LightForMachineVision #LEDLighting #DropWatcher

 💡How to make a reliable PCB – 2. Inner layer💡 The Inner layer step consists of three processes:  Image Transfer  Develop Etch Strip  Automatic Optional Inspection (AOI) In the image transfer process, the image is transferred to the board surface using photosensitive dry film and UV light, or laser direct imaging (LDI), in a clean room. The exposed dry film polymerizes, replicating the artwork.  Then the dry film is developed to prepare for etching to remove unwanted copper from the panel. After that, the remaining dry film is stripped away, leaving the designed copper circuitry. The circuitry undergoes an AOI against digital images to ensure accuracy and defect free quality. Scanning identifies anomalies, verified by trained inspectors. 👉🏼 Watch all three steps here: https://lnkd.in/engPpTxq #howtomakeapcb #pcbinnerlayer #pcb #pcbproduction #pcbproductionprocess #reliablepcbs #ncabproductionprocess #ncabgroup

🚀 Introducing our cutting-edge 4K 3D digital microscope, packed with features like 2D/3D free switching, large field of view, high definition, and long working distance. 🔍This microscope simplifies inspections, offering 360° observation of small surface structures, micro-defects, solder joint quality, and more. It boosts efficiency with autofocus for components of varying heights, eliminating manual adjustments. 🔍 Specification: - Model: MC-D-4KE - Sensor: 1/1.8 inch Sony sensor, 8 megapixels - Resolution: 3840X2160P@4K - Output interface: HDMI high-definition - External device: HD monitor - Optical magnification: 0.7-5.0X continuous zoom - Magnification: 25-230X - Metal base: 320X260mm, metal base column 280mm - Light source: brightness adjustable LED ring light source - Camera features: HDR wide dynamic, electronic zoom in/out, mirror flip, image freeze, glare suppression For more details, feel free to reach out: 📧 Email: iris@mi-chuang.com 📱 Mobile/WhatsApp/Telegram/Skype: +86 13797004776 #microscope #innovation #microscopy #digitalmicroscope #electronicinspection #visualinspection #electricalmeasurement #electronicsoldering #PCBinspection #SMTinspection #inspectionmicroscope #Weldinginspection #electroniccomponents #electricalengineering #imagetechnology #electronicrepairing #opticalinspection #microscopesystems #digitalcameras #autofocus #precisionequipment #semiconductorinspection #industrialmicroscope #industrialinspection #3Dinspection #3Dimage #3Dobservation #3Dtechnology

It only takes one second to acquire. With S wide’s Fringe Projection technology and a suite of different acquisition modes, the measurements can be optimized to achieve the highest throughput. Measuring with the S wide is as simple as it gets: load the sample, load the recipe, and check the results. This 3D scanner features a 5 MPx color camera that, along with its digital zoom capabilities, captures a variety of details on your inspected parts. Measure numerous arrays of samples and large areas thanks to the 300 x 300 mm stage configuration. The proprietary Fringe Projection algorithms used by the S wide result in remarkable micron-level accuracy, providing unmatched submicron height repeatability across expansive measurement surfaces. The S wide is packed with a suite of analysis tools to extract every piece of information from the measured data: roughness and flatness parameters, critical dimensions, GD&T, and CAD comparisons. #ThatMetrologyGuy #TeamSempre #Metrology

Measurement of various CDs (CRITICAL DIMENSIONs) of PCB boards 3D scanning and inspection using interferometer Support for Z-axis step measurement and X,Y dimension measurement Support for automatic recipe creation using ODB files #3DScanner #3DVision #RobotGuidance #MachineVision #AOI #VisionInspecrion #Visionsolution