机器视觉

机器视觉 机器视觉就是用机器代替人眼来做测量和判断。一个典型的机器视觉应用系统包括图像捕捉、光源系统、图像数字化模块、数字图像处理模块、智能判断决策模块和机械控制执行模块。在一些不适于人工作业的危险工作环境或者人工视觉难以满足要求的场合，常用机器视觉来替代人工视觉。在大批量重复性工业生产过程中，用机器视觉检测方法可以大大提高生产的效率和自动化程度。 精品推荐
品牌： 加拿大WDI 型号： ATF6-PZ Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

The ATF6PZ SWIFTWDI’s ATF6PZ SWIFT is a high speed, high accuracy, autonomous digital autofocus sensor. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fast digital image processing. By projecting a laser line onto the sample and digitally processing the image, the ATF6PZ SWIFT provides fast and precise output to accurately control the focus position of external piezo Z actuators and stages. By supplying an analog output, the sensor can connect and direct a piezo Z device without the need to go through a secondary controller.High Accuracy At Fast SpeedsWDI’s ATF6PZ SWIFT sensors project their focusing laser directly through the objective lens of the microscope. This “Through The Lens” (TTL) technique allows the sensor to provide extremely accurate autofocus, with a success rate typically higher than 99%. The ATF6PZ SWIFT’s onboard digital processing coupled with an improved faster sampling rate allows it to maintain this accuracy with 3 times the speed of previous versions. As the sensor connects directly to the piezo Z device autofocus times are shortened.Static or Dynamic AutofocusThe ATF6PZ SWIFT is continually assessing distance and direction to focus, updating its data every 0.15 milliseconds. This allows the sensor to keep samples in focus regardless of whether they are stationary or in motion. This powerful tracking autofocus makes it perfect for scanning very large specimens precisely at very high speeds.Maximum FlexibilityBy projecting a laser line, the AFT6PZ SWIFT sensor operates equally effectively on patterned and un-patterned specimens as well as diffusing and reflective surfaces making it ideal for media such as TFT arrays and photo masks. The sensor also automatically adjusts its laser intensity and sensor expose time, allowing it to adapt from low reflectivity (down to 1%) to highly reflective (99%) surfaces. It is compatible with objectives from 2X to 100X, and wavelengths including UV, NUV and NIR.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. They are compatible with most types of infinity corrected microscope objectives. The AFT6PZ SWIFT comes as a stand-alone sensor with analog output for direct connection to an external piezo a Z actuator or stage amplifier. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve.ATF6PZ SWIFT AUTO FOCUS TRACKING SYSTEMATF6-PZ SensorStructured Light PatternLine SegmentSensor WavelengthChoice of 660nm or 785nmImage DetectorLine Scan CMOSInternal Update Rate20kHzStatic Autofocus Accuracy± 1/4 Objective Depth of FocusFast Tracking Autofocus Accuracy± 1/2 Objective Depth of Focus General PerformanceOutput Data Rate6.5kHzReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2 660, 785nmWeight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen ReflectivitySpecimen ReflectivityGlass Thickness 0.5mmDiffusing SpecimenYesSpecular SpecimenYesSpecular SpecimenYesTextured SpecimenYesOperating SpecificationsInput Voltage18V to 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 90% Non Condensing

品牌： 加拿大WDI 型号： ATF6 SWIFT Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

​The ATF6 SWIFTWDI’s ATF6 SWIFT is a high speed, high accuracy, autonomous digital autofocus sensor. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fast digital image processing. By projecting a laser line onto the sample and digitally processing the image, the ATF6 provides extremely fast and accurate measurements of the distance and direction to focus. This information can then be output directly to WDI’s MCM+ or MCZ controller, or to any compatible controller.High Accuracy At Fast SpeedsWDI’s ATF6 SWIFT sensors project their focusing laser directly through the objective lens of the microscope. This “Through The Lens” (TTL) technique allows the ATF6 SWIFT to provide extremely accurate autofocus, with a success rate typically higher than 99%. The on-board digital processing coupled with an improved faster sampling rate allows it to maintain this accuracy with 3 times the speed of previous versions.Static or Dynamic AutofocusThe ATF6 SWIFT is continually assessing distance and direction to focus, updating its data every 0.15 milliseconds. This allows the sensor to keep samples in focus regardless of whether they are stationary or in high speed motion.Maximum FlexibilityBy projecting a laser line, the AFT6 SWIFT sensor operates equally effectively on patterned and un-patterned specimens as well as diffusing and reflective surfaces making it ideal for media such as TFT arrays, photo masks and semiconductor wafers. The sensor also automatically adjusts its laser intensity and sensor expose time, allowing it to adapt from low reflectivity (down to 1%) to highly reflective (99%) surfaces. It is compatible with objectives from 2X to 100X, andwavelengths including UV, NUV and NIR. The ATF6 SWIFT can also achieve focusing with a programmable Z offset function.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. The ATF6 SWIFT can be purchased as either a stand-alone (SA) sensor with analog output, or as a full autofocus system (SYS), integrated with either WDI’s MCM+ controller for driving an external Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve. The AFT6 SWIFT is also available in specially designed configurations; one for LCD inspection/repair, another designed for the unique requirements of OLED, LTPS IG70 panel inspection and other suited for cell and module repair.ATF6 SWIFT AUTO FOCUS TRACKING SYSTEMATF6 SWIFT SensorStructured Light PatternLine SegmentSensor WavelengthChoice of 510nm, 660nm or 785nmImage DetectorArea Scan CMOSInternal Update Rate20kHzStatic Autofocus Accuracy± 1/4 Objective Depth of FieldFast Tracking Autofocus Accuracy± 1/2 Objective Depth of Field General PerformanceOutput Data Rate6.5kHz6.5kHz6.5kHzReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2 510, 660, 785nmWeight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmDiffusing SpecimenYesSpecular SpecimenYesSpecular SpecimenYesTextured SpecimenYesOperating SpecificationsInput Voltage18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 44°CStorage Temperature10% ~ 75% Non Condensing

品牌： 加拿大WDI 型号： ATF5 Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

​The ATF5WDI’s ATF5 is a high speed, high accuracy, autonomous digital autofocus sensor. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fast digital image processing. By projecting multiple laser dots onto the sample and digitally processing the image, the ATF5 provides fast and accurate measurements of the distance and direction to focus. This information can then be output directly to WDI’s MCM+ or MCZ controller, or to any compatible controller.High Accuracy At Fast SpeedsWDI’s ATF5 sensors project their focusing laser directly through the objective lens of the microscope. This “Through The Lens” (TTL) technique allows the ATF5 to provide extremely accurate autofocus, with a success rate typically higher than 99%. The ATF5’s on-board digital processing allows it to couple this accuracy with extremely high speeds.Static or Dynamic AutofocusThe ATF5 is continually assessing distance and direction to focus, updating its data every 0.6 milliseconds. This allows the sensor to keep samples in focus regardless of whether they are stationary or in motion. This powerful tracking autofocus makes the ATF5 perfect for scanning very large specimens quickly and precisely.Maximum FlexibilityBy projecting multiple reference spots, the AFT5 sensor operates equally effectively on patterned and un-patterned specimens. This makes it ideal for media such as TFT arrays and photo masks. The ATF5 also automatically adjusts its laser intensity and sensor exposure time, allowing it to adapt from low reflectivity (down to 1%) to highly reflective (99%) surfaces. It is compatible with objectives from 2X to 100X, and wavelengths including UV, NUV and NIR. The ATF5 can also achieve focusing with a programmable offset function, allowing inspection of both the top and bottom surfaces of a transparent medium.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. They are compatible with most types of infinity corrected microscope objectives. The ATF5 can be purchased as a full autofocus system, integrated with either WDI’s MCM+ controller for driving an external Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve.ATF5 AUTO FOCUS TRACKING SENSORATF5 SensorStructured Light PatternSeven DotsSensor WavelengthChoice of 660nm or 785nmImage DetectorLine Scan CMOSAutofocus Update Rate20kHzStatic Autofocus Accuracy± 1/4 Objective Depth of FocusFast Tracking Autofocus Accuracy± 1/2 Objective Depth of Focus General PerformanceOutput Data Rate1.7kHz in tracking modeReflectivity Adaption Delay2msaser TypeSemiconductorLaser SafetyClass 2Weight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmDiffusing SpecimenYesSpecular SpecimenYesPatterned SpecimenYesTextured SpecimenYesOperating SpecificationsInput Voltage18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 75% Non Condensing

品牌： 加拿大WDI 型号： MMS LFOV 产地：加拿大 供应商：上海西努光学科技有限公司

Increased Throughput EfficiencyThe use of sensitive large-format line scan sensors and new large field of view high resolution objectives enable semiconductor, FPD and electronics manufacturers to speed up the inspection process . These increases lead to greater manufacturing efficiencies and production throughput.Field of View OpticsThe MMS LFOV incorporates specialized components of WDI’s Modular Microscope System (MMS) engineered to support LFOV objectives and cameras. The system uses a motorized Z-Axis Actuator, MMS body and 1X Tube Lens which have been engineered to ensure the highest optical quality is maintained over the entire sensor.Automated Focus and IlluminationThe MMS LFOV is able to incorporate any one of WDIs Autofocus Sensors and illumination options to create a completely autonomous inspection system which can be controlled with a single control unit. The flexibility in autofocus and perfectly homogeneous illumination allows the MMS LFOV to be used in a wide variety of manufacturing applications including semiconductor, FPD, OLED, packaging and photovoltaic and solar panel inspection.Practical DesignTo handle the high demands of manufacturing facilities, the MMS LFOV features rugged industrial components, a small footprint and low weight, even when fully automated. Its modular nature allows it to be completely upgradable,ensuring the best performance for all current and future applications.LARGE FIELD OF VIEW MODULAR MICROSCOPEQIOPTIC 2XMagnification2XNumerical Aperture0.08Working Distance24.8mmField of View12.5mmQIOPTIC 5XMagnification5XNumerical Aperture0.2Working Distance13.0mmField of View5mmQIOPTIC 8XMagnification8XNumerical Aperture0.32Working Distance7.0mm (estimated)Field of View3.125mmMotorized Z ActuatorType1/32 Stepper MotorTravel8mm (±4mm)Maximum Resolution0.156μm/stepMaximum Speed10mm/secMaximum Acceleration100 mm/s2AutofocusATF-4, ATF-5 ATF-6, ATF-7IlluminationILL-WLED22, ILL-RLED22, ILL-GLED22, ILL-BLED22, ILL-4LED ILL-XESTR, ILL-XELED, ILL-HPLEDCameras/Sensor SupportMaximum Detector Diagonal25mm (1X Tube lens)Electrical Requirements18V to 25V DC24V NominalOperating Temperature10°C ~ 30°CAmbientOperating Humidity 70%Non Condensing

品牌： 加拿大WDI 型号： LFOV DIC 产地：加拿大 供应商：上海西努光学科技有限公司

Differential Interference ContrastThe use of Differential Interference Contrast (DIC) with large format line scan sensors and high resolution optics enable semiconductor, FPD, electronics and other industries to quickly image subtle surface structures and details which are not normally visible. The ability to image and subsequently analyze these structures leads to greater manufacturingefficiencies and production throughput.Automated Focus and IlluminationThe LFOV DIC microscope is able to incorporate any one of WDIs Autofocus Sensors and High Power LED illumination options to create a completely autonomous inspection system. The flexibility in autofocus and illumination allows the LFOV DIC to be used in a wide variety of manufacturing applications including semiconductor, FPD, OLED, packaging and photovoltaic and solar panel inspection.Practical DesignTo meet the requirements of in line manufacturing, the LFOV DIC microscope features rugged industrial components, a smallfootprint and low weight. Its modular nature allows it to be completely upgradable, ensuring the best performance for all current and future applications. LARGE FIELD OF VIEW DIC MODULAR MICROSCOPEObjectives (Single Lens System)*Magnification5X10x20XNumerical Aperture0.150.30.45Working Distance20mm11mm3.1mmField of View26.526.526.5DIC OpticsPolarizerIntegrated Fixed Polarizing Beam SplitterApodizing FilterIntegrated Fixed Apodizing FilterAnalyzerAdjustable Dichroic AnalyzerDIC PrismAdjustable DIC PrismMotorized Z ActuatorType1/32 Stepper MotorTravel10mm (±5mm)Maximum Resolution0.156μm/stepMaximum Speed10mm/secMaximum Acceleration100 mm/s2AutofocusIntegrated WDI Autofocus SensorModel and Wavelength options availableIlluminationIntegrated WDI High Powered LEDColour and Intensity options availableCameras/Sensor Support**TypeArea Scan or Line Scan TDI SensorMaximum Image Size28mm DiagonalMountC-Mount or F-Mount (other options available)Electrical Requirements10°C ~ 30°C24V NominalOperating Temperature10°C ~ 30°CAmbientOperating Humidity 70%Non Condensing

品牌： 加拿大WDI 型号： MMS microscope automation 产地：加拿大 供应商：上海西努光学科技有限公司

To meet the demanding requirements for applications such as Laser Micromachining, Stealth Scribing and In Line Optical Inspection, WDI has collaborated with its customers to develop automated modular microscopy systems (MMS). These systems include varying requirements such as large field of view optics, efficient multi wavelength laser delivery and illumination, real time tracking autofocus, fast lens changers and accurate Z-axis actuators. As the MMS is completely modular it is adaptable to any application and environment. It can be configured with any of WDI’s microscopy automation components including its Auto Focus Sensors (ATF), Linear Lens Changes (LLC), Z- Axis Actuators (ZAA) as well as a variety of illuminators, tube lenses and controllers. The MMS is compatible with objectives provided by most major microscopy companies, including Near Infrared and large diameter high resolution lenses. It can be equipped with a laser port for the introduction of machining lasers, and is designed to allow the addition of digital imaging cameras, CCD arrays and zoom lenses. WDI has also created a Differential Interference Microscope Kit, to further expand the power of the MMS by adding a DIC capability.A clear focus on microscopy automationBy utilizing advanced optics, innovative mechanical design and quality materials the MMS meets the demands of many industries for a configurable, small footprint, light weight microscope. It does this while remaining rugged and reliable enough to withstand the harshest manufacturing and in line inspection environments.Benefits of the MMSHigh quality image acquisition attributable to both advanced optics and optical components engineered for digital imagingIncreased efficiency and minimum downtime resulting from rugged materials and mechanical design with a focus on exceeding the demands of manufacturing environmentsCompromise free performance due to modular components which permit customization and configuration tailored to specific applications and requirementsLongevity and an excellent ROI thanks to the modularity of the system which allows upgrading and addition of features and functions as needs evolveMinimal footprint and space requirements with no sacrifice to automation owing to the compact and light weight materials, simple design and integration of componentsAt the heart of the MMS is the Main Body unit. Like many MMS components each unit is constructed using light weight aluminium creating a compact design and small footprint which remains riged and rugged enough to handle the harshest environments. A meticulous manufacturing process and strict quality control ensure an accurate precise optical path perfect for digital imaging. As all MMS Main Bodies come with an integration kit they are easily paired with a WDI ATF module. The careful machining also ensures that all other WDI MMS components are easily integrated. The Main Body features a variety of mounting options for gantry and other frames making incorporation of a complete MMS into any manufacturing environment easy.In order to accommodate the wide variety of digital imaging cameras and devices available today, the MMS features a number of different Tube Lens options. Like the Main Body, each Tube Lens has been precisely manufactured and quality control inspected to ensure both an accurate optical path and perfect image projection. All Tube Lens options available on the MMS have been designed for digital imaging. Recognizing the need to integrate newer line scan and large format CCD/CMOS cameras the MMS also features a Tube Lens option specifically designed with a larger field of view. To further ensure ease of integration the Tube Lens’ also have the ability to accommodate both industry standard C-Mount and F-Mount imaging devices.Understanding that customer requirements vary the MMS Lens Changer family features a variety of Linear Lens Changers (LLC) and rotary lens turrets to suit every application. All units are precision engineered and manufactured to maintain a high level of accuracy, repeatability and reliability. WDI designed the LLC line with speed in mind using shaft linear motors which can change between nearby lenses in 0.2 seconds and across five lenses in less than 0.4 seconds. New to the LLC family is the LLC+, a modular version of the LLC which accepts different objective insert plates allowing unprecedented flexibility in how a system may be configured. Advanced features of the LLC include the ability to utilize high resolution, large diameter objectives and provide illumination via objective ring lights. The onboard encoders built into each LLC give them a positioning accuracy of 0.1 micrometers, ensuring reliable, accurate and repeatable performance, every time. Finally, the LLC line is Class 10 cleanroom certified and designed with a small footprint and light weight materials permitting integration into the most demanding manufacturing environments.The MMS takes advantage of WDI’s complete line of high speed, high accuracy, autonomous digital autofocus sensors. Using Smart Sensor Architecture (SSA) and Through The Lens (TTL) technology, each unit incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor. This allows the ATF to provide extremely accurate autofocus, with a success rate typically higher than 99%. The on-board processing allows each ATF to couple this accuracy with extremely high speeds, typically achieving focus in less than 0.6 seconds. As the ATF is continually assessing distance and direction to focus, it can be used both in static imaging applications and as a dynamic tracking device. The ATF line features a number of options allowing them to operate effectively on various target samples including patterned and un-patterned specimens as well as diffusing and reflective surfaces. Each ATF is designed with ease of integration in mind. The ATF can be purchased as either a stand-alone sensor, or as a fully integrated autofocus system complete with one of WDI’s controllers. All ATFs feature small, standardized footprints and connections allowing in field upgrades. The ATF is able to integrate with WDIs Optical Offset Adjuster (OOA) to create an offset between the sensor and imaging focal plane. Together with the ZAA, these components allow unprecedented flexibility in the types of applications the MMS can be tailored to. The AFT line also features several specially designed configurations including one for LCD inspection/repair, one designed for the unique requirements of OLED, LTPS IG70 panel inspection and versions compatible with piezo Z actuators.WDI has designed a number of different Z-Axis Actuators (ZAA) for the MMS to meet the varying demands of manufacturing and research environments. A ZAA model exists to suit every application. All ZAA units are built to maintain a high level of accuracy, repeatability and reliability. Like the LLC line the ZAA family of actuators has been engineered with speed in mind. By using fast stepper motor drives and 1/32 micro stepping, the ZAA can achieve a maximum speed of 10mm/s. The ZAA remains very accurate with 0.15mm per step resolution. As it integrates with the ATF sensor, creating a positive feedback system, the MMS is always in focus. As with all MMS components the ZAA integrates easily into a complete microscopy system with the use of a WDI controller.WDI’s MMS is compatible with a wide variety of objective lenses available from manufacturers such as Mitutoyo, Olympus, Zeiss and Nikon. It is thus able to meet the needs of a wide variety of applications. All lenses have been chosen to ensure the best combination of working distance and optical performance. The MMS features Infinity Corrected Plan objectives which ensure a flat, well focused image, over the entire field of view. All lenses are apochromatically corrected which is the highest level of chromatic colour correction available today. The combination of planar and apochromatic correction make all MMS objective lenses ideal for digital imaging. The MMS is also able to utilize specialty objectives such as those designed for Higher Resolution imaging or those designed for Near-Infrared light transmittance.Understanding that illumination is key to successful microscopy digital imaging and that application requirements vary greatly, WDI has designed a variety of illumination options. All illuminators feature a compact and light weight design to ensure ease of integration and have precise intensity which can be computer controlled. The MMS illuminators are very flexible in their design and may be configured for field coaxial through the lens, back light or slit illumination. Furthermore, most illuminators mount directly to the MMS system which ensures both a smaller overall footprint and the elimination of fiber optic or liquid light guide bundles. All LED illuminators have very low power dissipation and consumption and, due to their LED technology, provide constant light temperature regardless of intensity. The MMS illuminator family also features unique options such as a Four LED version, a Xenon Strobe and a combination Xenon LED model.The MMS includes a variety of controller options ensuring the complete automation of functions, such as Z-Axis actuation, autofocus, objective lens selection and illumination. All controllers are compact and light weight, maintaining a very small footprint to ensure ease of integration within manufacturing and in line inspection environments. Each controller is capable of providing all essential functionality for a wide variety of applications. All WDI controllers are autosensing; once they are physically connected they are able to detect and begin to function with ATF sensors and other MMS components. All controllers include the ability to drive a ATF module and either a single or dual LED illuminator. The MMS controller family comes with WDI’s PC compatible control software and communication is made simple via standard RS232 connections.To support the Modular Microscopy System WDI has built a Microscopy Application Support Team (MAST) who collectively possess a wealth of microscopy application and engineering knowledge. This group of over 10 full time scientists and professional engineers from a number of disciplines, including mechanical, electrical, optical and software, is dedicated to supporting MMS customers. The MAST team allows customers to discuss their requirements and needs with skilled specialists who understand both their application and the unique challenges they face. Together the team is then able to overcome technical, automation and integration issues and deliver a complete MMS solution. The MAST group also has the ability to design and manufacture unique customized microscopy automation solutions when standard configurations and components are unable to meet a customer’s requirements.modelDescriptionCamera PortsNotesMMS-STDModular Microscope Body Standard2Includes ATF integrating kitMMS-LPTModular Microscope Body Laser2Includes laser port and ATF integration kitMMS-2CAModular Microscope Body 2 Camera2Includes 2nd camera port，tube lens and ATF integrateing kitmodelDescriptionOpticsMountFOVTBL-1XTube Lens Standard 1X 1XC-Mount22mmTBL-0.75XTube Lens Standard 0.75X 0.750.75F-Mount24mmTBL-LFVTube Lens Standard 1X Large Field of View1XF-Mount28mmTBL-OLYOlympus 1X C-Mount1XC-Mount22mm

品牌： 加拿大WDI 型号： MIC AOI 产地：加拿大 供应商：上海西努光学科技有限公司

The MIC AOIThe MIC AOI line of automated optical inspection and laser micro machining microscopes meets the demands of modern manufacturing in the LCD, LED, OLED and semiconductor industries. Each MIC AOI is designed and built to exceed a customer’s application requirements in terms of image quality, system stability, reliability and speed. WDI’s MIC AOI is a proven system and is currently used by many major manufacturers within the flat panel display, semiconductor and electronics industry for both defect review and inspection as well as laser repair, trimming and dicing.Designed for IndustryRegardless of the specific configuration all MIC AOI microscopes include features suited for in line manufacturing. All systems are made from sturdy materials ensuring mechanical stability yet feature a compact lightweight design for optimal performance. Designed for both static and high speed scanning applications each system can be made fully autonomous in terms of focus, illumination and lens selection. All MIC AOIs offer exceptional image quality and optical design and can support image sensors up to 1” in size. Finally, all MIC AOIs are Class 10 cleanroom compliant and meet SEMI standards.Tailored to the ApplicationEach MIC AOI is configured with internal optics and components to meet specific application requirements. A choice of WDI Autofocus Sensor (ATF) ensures the system maintains focus whether it is in motion or static, regardless of surface type. A variety of integrated LED illumination options including standard LED, 4 colour LED, High Power LED or Xenon LED Hybrid ensure that image quality is maintained.The high precision integrated “Z Power Stage” (ZPS) ensures automatic, accurate focusing of the microscope regardless of the payload. Each MIC AOI can be customized with a 4, 6 or 8 positio encoded Linear Lens Changer (LLC) which ensures fast and accurate objective lens switching. For laser repair, trimming and dicing applications the MIC AOI can also be configured with a laser port and internal optics to allow 2, 3 or 4 laser wavelengths.Easily IntegratedAll components of the MIC AOI are easily combined and use minimal cabling. Furthermore, a single Multifunction Controller MFC is able to control and operate each component, making operation and integration of the final system simple.

品牌： 重庆徕深 型号： Dragon Vision230 产地：重庆 供应商：重庆徕深科技有限公司

Dragon Vision根据应用需求可分为五种型号： 一、经济型：有无判断、残缺判断、形态判断、缺陷分析I、尺寸测量。 二、专用型：定位工具、对位工具、机器人引导、几何测量。 三、标准型：缺陷分析、缺陷检测II、彩色识别、几何测量、智能学习、定位工具、对位工具、差异工具、识别检测（OCR/OCV、1D/2D读码）。 四、高端型：彩色定位、色差分析、彩色识别、外观检测、缺陷分析、几何测量、智能学习、定位工具、对位工具、机器人引导、3D测量、3D缺陷检测。 五、旗舰型：3D机器人定位、线扫检测、色度亮度测量/补偿、深度学习、标准型全工具系列。 简单易用：DragonVision是一套不用编程的可配置的视觉系统，使用简单，无技术背景也可上手操作。强大的算法：包含了上百种算法，如轮廓匹配算法、3D算法、深度学习算法等，仍然还在持续增加中。多任务协作运行：DragonVision架构开放，支持多线程、多任务并行处理、有效提升运行效率。工具使用：工具即拖即用，工具可自由配置，工具间结果相互引用。工具包含检测、定位、测量、读码与识别。支持多种通讯：支持串口、TCP服务端/客户端、Modbus串口/TCP/RTU、FST、三菱MX、通讯欧姆龙Fins等。支持统计及分析：为用户提供了强大的统计数据功能，还可对数据进行合格率分析。支持相机：根据检测内容选择合适的相机，可支持面阵相机、线扫相机、3D相机，可同时接入10个相机。支持机器人引导：支持Adept、ABB、Epson、UR、Yamaha、大研、华数、启帆、三菱等国内外品牌机器人。部分功能介绍： 【深度学习检测】：龙睿旗舰型新增深度学习检测功能，与传统算法融为一体，可以兼顾到需要测量、定位和检测的综合应用需求。是传统视觉软件朝AI应用的延伸，可以解决以前无法很好解决的大量检测难题。【视觉定位】：含有丰富的定位工具，如图像采集、校准工具、旋转中心、几何定位、抓取、纠偏计算等。拥有强大的多重模板分析能力，可以区分高度相似的物体，还有功能强大的去模糊算法，即使被测对象大小变化、位置变化、角度变化、亮度波动、对象重叠等情况下，也可以稳定搜索定位，对被测物体的位置偏移进行补正。【机器人引导】：支持视觉定位、传送带跟踪和机器人引导等。可与各品牌机器人通讯，只需选择设定对应参数，即可轻松实现机械手与DragonVision直接通讯。如您有自己的机器人品牌，我们可以免费开发接口及通讯程序，以支持您的品牌。机器人2D视觉引导/机器人3D视觉引导。 【缺陷检测】：DragonVision含有丰富的视觉缺陷检测工具，如直线卡尺、圆周卡尺、斑块分析、颜色识别、检查直边、轮廓缺陷等，适用于产品或工件的有无检测、正反检测、缺陷检测、外观检测等。 【3D检测】：可通过3D数据检测最小/最大高度、凸/凹面积、凸/凹体积等。还可通过自由曲面信息抽取高度的变化点，进行零件的缺陷、凹痕检测。 【识别检测】：支持多种类型的条码和二维码检测、设置简单，识别稳定。 具有可独立配置的多码识别功能。相机一次拍照可读取多达50个码，一个视野范围内可根据不同位置码的图像质量单独配置参数，龙睿可读取28种码制且自带训练功能。还可结合检测、定位和测量应用，大大提高了现代化生产的效率。【彩色图像分析】：高端型增加了彩色图像分析功能，可以彩色定位、彩色测量、颜色识别、色差分析、统计特征等。 功能示例： 平台对位：可用于XYQ、UVW等平台。 机械手定位引导：可用于装配、分拣、传送带位置跟踪等。 在线/离线检测：可用于激光加工、玻璃、锂电池、电子元器件、五金件等缺陷检测。 线扫检测：可用于大尺寸、高精度的缺陷检测，如PCB板、玻璃面板、背光模组、涂布等。 识别：可用于医药、食品、产品包装、印刷等一维码、二维码识别，OCR/OCV的检测。 3D测量：可用于高度段差、平面度的测量、3D引导定位等。 2D测量：可用于2D长宽尺寸、圆半径、弧度、周长等。 颜色识别：可用于识别有不同颜色的物体，从而实现各种检测及控制。 色差分析：可用于颜色、大小不同的产品，可以检测产品颜色个数、色差、色序等。 3D机器人定位：可用于引导六轴机器人抓取三维空间中的物体，如无序分拣等。 3D检测：可用于3D成像3D伪彩图处理。 

品牌： 重庆徕深 型号： VDSR 产地：重庆 供应商：重庆徕深科技有限公司

视觉传感器是整个机器视觉系统信息的直接来源，主要由一个或者两个图形传感器组成，有时还要配以光投射器及其他辅助设备。视觉传感器的主要功能是获取足够的机器视觉系统要处理的最原始图像。 VDSR Check传感器 VDSR Locat传感器 VDSR ID 传感器 成本低，体积小，易使用，精准，高效

品牌： 重庆徕深 型号： VD230 产地：重庆 供应商：重庆徕深科技有限公司

【参数说明】 特点： ● 单目3D视觉引导 ● 双目3D视觉引导 ● TOF 3D视觉引导 ●激光线扫3D视觉引导 【产品介绍】 VD230是通过处理工件的3D点云数据，对工件进行定位，同时确定其位置信息，引导机器人进行工作。实现了工业机器人自动化产线的真正柔性工装。 核心算法： 机械手与相机的手眼标定；多姿态，自动标定；基于透视成像原理的模板匹配算法以及空间点云匹配算法。 可应用场景 ● 料框堆叠物体的立体识别定位； ● 工件的散乱、无序来料定位抓取； ● 曲面容器里工件上下料定位； ● 多品种工件的机器人3D抓取上料定位； ● 复杂多面工件的柔性化3D抓取定位； ● 等等。

品牌： 重庆徕深 型号： VPAD 产地：重庆 供应商：重庆徕深科技有限公司

​VPAD视觉平板为视觉龙公司自主研发的专利产品，是一种新概念“嵌入式智能视觉系统开发平台”。该平台提供硬件处理器以及辅助应用开发的软件开发包，支持中英文操作界面。相同的硬件，不同的应用软件形成不同的应用产品，VPAD可充当人机界面HMI、机器人示教器、上位主机等多种功能角色。 VPAD采用Cortex-A9双核处理器，Linux操作系统，稳定可靠。

品牌： 加拿大WDI 型号： WDI IRLC 产地：加拿大 供应商：上海西努光学科技有限公司

激光共聚焦显微镜多层检测近红外激光和扫描共聚焦组合而成的IRLC有着诸多优势。首先便是具备了对薄晶片的多层高分辨率图像的采集能力；同时，IRLC具备更深的样品穿透能力、更高的分辨率和更快的图像采集速度；近红外优化光路系统包含了全套Olympus近红外长工作距离物镜。这组物镜专为硅晶圆的内部结构检测而设计，采用优化的近红外光学系统，并配备专用的校正环以适应不同后面的硅片或玻璃表面。一键双视野IRLC包含一组可见光彩色成像系统和一组近红外共聚焦系统。这种搭配可对样品表面和底层（最深达800μm）同时成像。由于采用了ATF6/0AA/ZAA技术（即实时快速自动聚焦技术），IRLC实现了真正意义上的实时聚焦-不管观察方式和样品表面状况如何变化，视野内持续聚焦状态。简洁的软件界面功能完善、操作简单，直观的软件界面设计旨在提高工作效率，简化检测流程。基本操控功能包括对照明、放大倍率、XYZ控制以及对焦补偿的参数调整。 载物台移动可通过软件操控、手柄操控、或者简单地点击实时画面来完成。高级功能线性XY “pointto point” 和 “pointto multipoint” 测量及高级图像采集选项可实现均帧、AveragedImage、Z轴序列采集、以及在两点间图像序列采集。自动检测集成了全电动控制和自动聚焦的IRLC，配合全自动软件可实现全自动检测流程，并可在同一流程内对多个样品进行检测。CIS（CMOS成像芯片）很多CIS模块已经在像素上方加装了保护面板和彩色滤光片，给检测带来很多困难。使用IRLC即可轻松看到表面之下的结构特征。5X BF (Front)5X IRLC (Front)20X IRLC (Front)50X IRLC (Front)100X IRLC (Front)高掺杂半导体从正面穿透金属基板观察是不可能实现的；使用IRLC从背面穿透300μm高掺杂硅可清晰观察到该区域下的内部结构. 10xBF (Front)20XIRLC (Back)50XIRLC (Back)100XIRLC (Back)低掺杂半导体使用IRLC从背面穿透800μm低掺杂硅，刻蚀图案清晰可见. 5X BF (Front)20XIRLC (Back)50X IRLC (Back)100X RLC (Back)MEMS器件 仅使用明场观察，表面细节清晰可见；使用IRLC，表面之下的MEMs结构清晰可见。 5X BF (Front)5X IRLC (Front)10XIRLC (Front)20XIRLC (Front)

品牌： 深圳旗众智能 型号： QZDJ1000 产地：深圳 供应商：深圳市旗众智能科技有限公司

QZDJ1000是旗众智能耗时多年开发的全功能视觉点胶，滴塑，喷涂，五金上色通用控制器平台，该控制器是CAD绘图+机器视觉+运动控制+数据库管理在点胶行业里的**结合，示教更直观，简单，运行速度更快，更平稳，借助视觉定位，匹配，纠正，实现普通系统无法比拟的优势。

品牌： 加拿大WDI 型号： ATF7 Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

The ATF7WDI’s ATF7 is a high speed, high accuracy, autonomous digital autofocus sensor. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fast digital image processing. By projecting a laser line onto the sample and digitally processing the image, the ATF7 provides fast andaccurate measurements of the distance and direction to focus. This information can then be output directly to WDI’s MCM+ or MCZ controller, or to any compatible controller.High Accuracy At Fast Speeds.WDI’s ATF7 sensors project their focusing laser directly through the objective lens of the microscope. This “Through The Lens” (TTL) technique allows the ATF7 to provide extremely accurate autofocus, with a success rate typically higher than 99%. The ATF7’s on-board digital processing allows it to couple this accuracy with extremely high speeds.Static or Dynamic AutofocusThe ATF6 is continually assessing distance and direction to focus, updating its data every 0.6 milliseconds. This allows the sensor to keep samples in focus regardless of whether they are stationary or in motion. This powerful tracking autofocus makes the ATF7 perfect for scanning very large specimens quickly and precisely.Maximum FlexibilityBy projecting a laser line, the AFT7 sensor operates equally effectively on patterned and unpatterned specimens as well as diffusing and reflective surfaces making it ideal for media such as TFT arrays and photo masks. The ATF7 also automatically adjusts its laser intensity and sensor expose time, allowing it to adapt from low reflectivity (down to 1%) to highly reflective(99%) surfaces. It is compatible with objectives from 2X to 100X, and wavelengths including UV, NUV and NIR. The ATF7 can also achieve focusing with a programmable Z offset function.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. The ATF7 can be purchased as astand-alone sensor with analog output, or as full autofocus systems, integrated with either WDI’s MCM+ controller fordriving an external Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation.All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digitalformats, making them both easy to install and easy to upgrade as application requirements evolve. The ATF7 is pin topin compatible with the ATF4SA and is thus a “plug and play” upgrade.ATF7 AUTO FOCUS TRACKING SYSTEMATF7 SensorStructured Light PatternLine SegmentSensor WavelengthChoice of 660nm or 785nmImage DetectorLine Scan CMOSInternal Update Rate20kHzStatic Autofocus Accuracy± 1/4 Objective Depth of FocusFast Tracking Autofocus Accuracy± 1/2 Objective Depth of Focus General PerformanceOutput Data Rate1.7kHzReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2 660 nmWeight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmDiffusing SpecimenYesSpecular SpecimenYesPatterned SpecimenYesTextured SpecimenYesOperating SpecificationsOperating Specifications18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 75% non condensing

品牌： 加拿大WDI 型号： ATF4-PZ Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

The ATF2-LVWDI’s ATF2-LV is a high speed, high accuracy, autonomous digital autofocus sensor system. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fastdigital image processing. By projecting a laser dot onto the sample and digitally processing the image, the ATF2-LV brings the microscope quickly to close vicinity of final focus. The sensor then refines focus using image contrast analysis.100% Focusing SuccessThe ATF2-LV has all the advantages of a digital laser autofocus system such as high speed, a large capture range and fast operation regardless of the objective being used. These advantages are combined with the benefits of video signal derived focusing such as reliability, immunity to “bad spots” and low cost to produce an effective system with 100% focusing success rate with no comprise to either speed or range regardless of the specimen or target.Maximum FlexibilityThe ATF2-LV sensor is designed to automatically adjust its laser intensity as well as the image sensor’s exposure time, allowing it to adapt to a wide variety of specimens, from low reflectivity (down to 1%) to highly reflective (up to 99%). It is compatible with objective lenses from 2X to 100X magnification, and wavelengths from UV to NIR. As the ATF2-LV utilizes fast laser based course autofocus then switches to video image based fine focus it is designed for static applications without the need for dynamic tracking.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. They are compatible with most types of infinity corrected microscope objectives. The ATF2-LV can be integrated with either WDI’s MCM+ controller for driving anexternal Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve.ATF2-LV STATIC AUTO FOCUS SENSOR SYSTTEM ATF2 –LV SensorStructured Light PatternSingle DotSensor Wavelength660nmImage DetectorArea Scan CMOSStatic Autofocus Accuracy± 1/4 Objective Depth of Focus General PerformanceReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2Weight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmBack Surface Reflectivity0% ~ 99%Diffusing SpecimenYesSpecular SpecimenYesPatterned SpecimenYesTextured SpecimenYesOperating SpecificationsInput Voltage18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 75% Non Condensing

品牌： 加拿大WDI 型号： ATF4 Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

The ATF4WDI’s ATF4 is a high speed, high accuracy, autonomous digital autofocus sensor. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fast digital image processing. By projecting a laser dot onto the sample and digitally processing the image, the ATF4 provides fast and accurate measurements of the distance and direction to focus. This information can then be output directly to WDI’s MCM+ or MCZ controller, or to any compatible controller.High Accuracy At Fast SpeedsWDI’s ATF4 sensors project their focusing laser directly through the objective lens of the microscope. This “Through The Lens” (TTL) technique allows the ATF4 to provide extremely accurate autofocus, with a success rate typically higher than 99%. The ATF4’s on-board digital processing allows it to couple this accuracy with extremely high speeds, typically achieving focus in less than 0.6 seconds.Tracking AutofocusThe ATF4 continually assesses both the distance and direction to focus, updating its data every 0.5 milliseconds. This allows the sensor to keep samples in focus regardless of whether they are stationary or in motion. This powerful tracking autofocus makes the ATF4 perfect for scanning very large specimens quickly and precisely.Maximum FlexibilityThe ATF4 sensor is designed to automatically adjust its laser intensity as well as the image sensor’s exposure time, allowing it to adapt to a wide variety of specimens, from low reflectivity (down to 1%) to highly reflective (up to 99%). It operates very well on plane reflective surfaces such as glass and unpatterned Si wafer. It is compatible with objective lenses from 2X to 100X magnification, and wavelengths including UV, NUV and NIR. The ATF4 includes Laser Enable and Camera Sync features for automatically suspending the laser.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. They are compatible with most typesof infinity corrected microscope objectives. The ATF4 can be purchased as either a stand-alone sensor with analog output, or as full autofocus system, integrated with either WDI’s MCM+ controller for driving an external Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve.ATF4 AUTO FOCUS SCANNING SENSORATF4 SensorStructured Light PatternSingle DotSensor WavelengthChoice of 660nm, 785nm or 850nmImage DetectorLine Scan CMOSAutofocus Update Rate1.2kHzStatic Autofocus Accuracy± 1/4 Objective Depth of FocusFast Tracking Autofocus Accuracy± 1/2 Objective Depth of Focus General PerformanceReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2Weight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmDiffusing SpecimenNoSpecular SpecimenYesPatterned SpecimenNoTextured SpecimenNoOperating SpecificationsInput Voltage18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 75% Non Condensing

品牌： 加拿大WDI 型号： ATF2 –LV Sensor 产地：加拿大 供应商：上海西努光学科技有限公司

The ATF2-LVWDI’s ATF2-LV is a high speed, high accuracy, autonomous digital autofocus sensor system. Its “Smart Sensor Architecture” (SSA) incorporates a semiconductor laser, built-in CMOS image sensor, FPGA and microprocessor for fastdigital image processing. By projecting a laser dot onto the sample and digitally processing the image, the ATF2-LV brings the microscope quickly to close vicinity of final focus. The sensor then refines focus using image contrast analysis.100% Focusing SuccessThe ATF2-LV has all the advantages of a digital laser autofocus system such as high speed, a large capture range and fast operation regardless of the objective being used. These advantages are combined with the benefits of video signal derived focusing such as reliability, immunity to “bad spots” and low cost to produce an effective system with 100% focusing success rate with no comprise to either speed or range regardless of the specimen or target.Maximum FlexibilityThe ATF2-LV sensor is designed to automatically adjust its laser intensity as well as the image sensor’s exposure time, allowing it to adapt to a wide variety of specimens, from low reflectivity (down to 1%) to highly reflective (up to 99%). It is compatible with objective lenses from 2X to 100X magnification, and wavelengths from UV to NIR. As the ATF2-LV utilizes fast laser based course autofocus then switches to video image based fine focus it is designed for static applications without the need for dynamic tracking.Easy IntegrationAll of the sensors in WDI’s ATF family are designed with ease of integration in mind. They are compatible with most types of infinity corrected microscope objectives. The ATF2-LV can be integrated with either WDI’s MCM+ controller for driving anexternal Z stage or MCZ controller which includes the ability to drive a two-phase stepper motor for Z actuation. All WDI’s ATF sensors have small, standardized footprints and connections, and can output in either analog or digital formats, making them both easy to install and easy to upgrade as application requirements evolve.ATF2-LV STATIC AUTO FOCUS SENSOR SYSTTEMATF2 –LV SensorStructured Light PatternSingle DotSensor Wavelength660nmImage DetectorArea Scan CMOSStatic Autofocus Accuracy± 1/4 Objective Depth of Focus General PerformanceReflectivity Adaption Delay1msLaser TypeSemiconductorLaser SafetyClass 2Weight250gDimensions40 X 40 X 120mmMaximum Cable Length1.8mComplianceCE SEMIExternal RequirementsSpecimen Reflectivity1% ~ 99%Glass Thickness 0.5mmBack Surface Reflectivity0% ~ 99%Diffusing SpecimenYesSpecular SpecimenYesPatterned SpecimenYesTextured SpecimenYesOperating SpecificationsInput Voltage18V ~ 25V, 24V NominalOperating Temperature18°C ~ 35°CStorage Temperature10°C ~ 45°CHumidity10% ~ 75% Non Condensing

品牌： 广州沃佳 型号： VG-724 产地：广州 供应商：广州市沃佳软件技术有限公司

自主研发、生产、销售机器视觉检测系统，算法功能强大，适合各种检测场景应用，取代人工，支持功能定制。

品牌： 广州沃佳 型号： VG-725 产地：广州 供应商：广州市沃佳软件技术有限公司

自主研发、生产、销售机器视觉检测系统，算法功能强大，适合各种检测场景应用，取代人工，支持功能定制。

品牌： 广州沃佳 型号： VG-726 产地：广州 供应商：广州市沃佳软件技术有限公司

自主研发、生产、销售机器视觉检测系统，算法功能强大，适合各种检测场景应用，取代人工，支持功能定制。

品牌： 广州沃佳 型号： VG-728 产地：广州 供应商：广州市沃佳软件技术有限公司

自主研发、生产、销售机器视觉检测系统，算法功能强大，适合各种检测场景应用，取代人工，支持功能定制。

品牌： 深圳旗众智能 型号： VMC0430 产地：深圳 供应商：深圳市旗众智能科技有限公司

采用自主研发的全景视觉灌胶控制系统VMC0430，自动快速识别灌胶位置（加工件位置)，准确控制胶量与加工轨迹，无需专用治具定位，可以任意摆放产品，能够完美实现各种点、线、弧、圆等不规则复杂图形的灌胶，该系统有着操作简单、加工速度快、效率高、胶量控制精准等特点。

品牌： 深圳旗众智能 型号： QZTF 产地：深圳 供应商：深圳市旗众智能科技有限公司

高速视觉手机辅材贴合系统是旗众智能针对高速手机辅材贴合设备，结合机器视觉与运动控制技术而专门研发的一套功能齐全、高精度、高加工效率的智能系统。控制系统由视觉系统、运动控制系统和数据库三部分组成，加入飞拍相机，实现高贴合精度；单机多头贴装，对称的机械结构，极大地提高加工效率。

品牌： 深圳旗众智能 型号： VMC0420 产地：深圳 供应商：深圳市旗众智能科技有限公司

目前，桌面点胶机自动化程度不高，人工操作介入高，生产效率低，很难做到点胶 位置的精准，只适宜批量少规格，且治具成本高。旗众智能针对这种情况，研发出一套 真正适合桌面点胶机的系统—VMC0420高端型桌面视觉点胶机控制系统。该系统操作 简单，视觉自动识别，支持多种工件随意摆放，CAD导图自动生成点胶路径，能够大幅 减少桌面点胶机编程时间，有效提升生产效率和质量，让传统桌面点胶机变得更智能、 更高端。

品牌： 佛山育能 型号： 机器视觉教学创新实验台 产地：佛山 供应商：佛山市顺德区育能装备有限公司

佛山育能机器视觉机器视觉教学创新实验台,通过在此平台进行实验操作，快速了解图 像采集设备的选型和应用，准确评估自己的视觉系统，特别适合于大学和研究机构学生和教师开展机器视觉教学和科研、系统开发前 期评估和开发工作，以及工业视觉开发工程师。

品牌： 东莞康耐德 型号： 产品外观视觉检测系统 产地：东莞 供应商：东莞康耐得智能控制有限公司

我们的软件算法丰富高效，开发效率高。”与其他系统相比，我们的系统要求配置比较低，支持二次开发不需要代码就可完成视觉项目，还可以和多种品牌的工业相机对接”。我司已经开发了多款智能检测系统，如“IC表面缺陷及溢胶检测视觉系统”，其主要功能为检测精密IC在组装过程中存在表面缺陷和溢胶的产品；又如“药品检测视觉系统”，它能快速分拣畸形的胶囊；还如“纸币分拣视觉系统”，其主要功能为准确快速地对三种纸币（面值1元，5元，10元）进行分拣及统计；还有“SIM卡槽尺寸测量视觉系统”能够定位卡槽中心，测量卡槽卡位尺寸并判断是否在设计规格内；此外还有多款智能检测与视觉系统，不胜枚举。我司的这些系统主要应用于医药行业、五金行业、仪器仪表设备行业、电子行业等。

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