Shenzhen Nuoi Technology Co., Ltd’s Post

📣 Introducing our optional Brinell Optical Measurement System for Hydraulic Brinell Hardness Testers! With the CCD Video Measurement Device, impressions previously viewed through the hardness tester eyepiece are now displayed directly on an LCD screen. This enhances workflow visibility and measurement accuracy, eliminating human reading errors. 📣 Product Features: Portability: Compact design for easy installation and operation. Professional Optics: Ensures clear and distinct Brinell impression images. High-Resolution Digital Imaging: Industrial-grade digital camera for sharp images. Precise Image Analysis: Comprehensive shape, brightness, and edge calculations for accurate results. High-Speed Measurement: Automatic measurement with real-time calculation of hardness values and impression diameters. Wide Application: Suitable for laboratories or industrial workshops; works with polished parts or corroded samples, delivering precise test results. Powerful Software Functions: Single and batch measurements, ASTM/GB hardness conversion tables, data and image storage, and database queries. #Gliyas #MetallographicEquipment #BrinellHardnessTester #HardnessTesting #LaboratoryEquipment #Metallography #MaterialTesting #IndustrialQualityControl #HydraulicHardnessTester #OpticalMeasurementSystems

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

NANO PROFILER 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

COLORIMETER PCE-CSM 1 The handheld portable digital colorimeter PCE-CSM 1 was developed for quality control and offers a high accuracy. When using the colorimeter, you can choose between different color spaces (CIE L*a*b*C*h, CIE L*a*b* and CIE XYZ). After a measurement with the colorimeter, the reading can be used as a reference value while other readings can be recorded as a sample and later be compared to the 100 reference value easily. A 6 mm aperture is used for sample scanning. CIE L*a*b*C*h, L*a*b* and XYZ Automatic white and black calibration 8°/d geometry diffused illumination integrating sphere system Rechargeable Li-ion battery For more details visit: https://lnkd.in/dh3a5K6J #Colorimeter #ColorMeasurement #ColorAnalysis #ColorAccuracy #Colorimetry #ColorTools #PaintIndustry

Fiber Laser PCB Marking System Utilizing fiber laser technology, this system ensures fast, permanent, and high-quality markings on PCBs, including serial numbers, logos, barcodes, and other identifying information.  With its non-contact process, it prevents damage to the delicate surface of the board, making it ideal for the electronics industry. #PCBMarking #LaserMarking #FiberLaser #Laser #Marking #Hanslaser

 💡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

In our last video about Clear Resin v5, there were some questions in the comments about yellowing during the curing process. To show the entirety of the process, we made a side-by-side comparison at each step—right out of the printer, after the wash, and post-cure. Not only is Clear v5 significantly less prone to yellowing than its predecessor, but it also offers improved clarity, 3x faster print speeds, and enhanced toughness with 2x elongation at break and 25% higher impact strength. Learn more about Clear V5: https://bit.ly/3KE1Gfg

 💡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

Machine Vision: Coaxial Light Source Applications 1. Inspection of Highly Reflective Surfaces: o Scratch Detection: Coaxial light sources are ideal for detecting scratches on highly reflective surfaces, such as metal and glass bottles. This lighting method reduces glare and highlights surface defects, ensuring accurate inspection. 2. Marker Point Localization: o Precise Mark Point Positioning: Utilizing coaxial lighting, machine vision systems can accurately locate marker points. This is essential for applications requiring high precision, such as alignment and positioning tasks in manufacturing processes. 3. Code and Damage Detection: o QR Code and Chip Inspection: Coaxial light sources enhance the visibility of QR codes and are effective in inspecting breakage on chip parts and silicon wafers. They are also useful for barcode recognition, silk screen positioning, and recognizing laser-marked characters and QR codes, ensuring comprehensive quality control. #MachineVision #CoaxialLight #ReflectiveSurfaceInspection #PrecisionLocalization #CodeDetection #QualityControl #ncntechnologies

The core of the Smart / RFID Card is the inlay sheet.  The chip embedding and antenna welding is the main step, the normally inlay sheet material like PVC, PET, RPVC, PETG etc. For the standard layout inlay sheet 3*8 format, antenna welding machine wound 3 times, and 8 antennas are wound at the same time. Put the inlay sheet on the platform of the fully automatic gluing machine. Fixed the position and start work, the machine will automatically suck the inlay sheet onto the plateform for gluing. Last step high-speed swinging machine has 6 suction heads, it's can suck 6 chips at the same time and fixed them one by one on the inlay sheet according to the setted position, the RFID inlay sheet finished. The different layout antenna welding can be customized. #RFID #INLAY #SHEET #CHIP #PVC #PET #PETG #RPVC #3*8