Best 2D Vision Systems ranked by User Reviews

The Cognex IN-SIGHT 8000 is a family of ultra-compact, standalone vision systems that offer industry-leading vision tool performance in a traditional GigE Vision camera form factor. These vision systems measure just 35mm x 32mm x 76mm and feature power over Ethernet (POE), making them the best standalone vision system option for integrating into small spaces.

The In-Sight 8000 series offers a range of monochrome and color vision systems in resolutions from 0.3MP up to 5MP, supporting Gigabit Ethernet for high-speed communications. These vision systems offer very fast acquisition and two performance levels to meet a diverse array of machine vision demands.

The In-Sight 8000 compresses an entire self-contained vision system into an amazingly small package about the size of a traditional image-capture-only camera. They can be mounted at angles of up to 45-degrees using the In-Sight non-linear calibration tool, making them ideal for integrating into tight spaces on robots and hard-to-reach machinery anywhere on the production line.

The In-Sight 8000 models deliver high-performance vision tools, faster communication speeds, and high resolution in a small package that is ideal for integrating into small spaces where machine space is a premium.

The In-Sight 8000 series features a pattern matching breakthrough called PatMax RedLine, which was designed with one goal in mind: blazing fast pattern matching on all In-Sight 8000 series vision systems. In typical applications, PatMax RedLine runs 4 to 7 times faster than PatMax, with no loss of search accuracy or robustness. Together with PatMax RedLine, the In-Sight 8000 series can reduce cycle times and increase throughput without compromising inspection accuracy.

Every In-Sight 8000 vision system model delivers best-in-class performance, equipped with a full library of proven Cognex vision tools through the easy-to-use In-Sight Explorer software. These include Pattern Matching (PatMax Redline, PatMax, and PatFind), Filtering (Grayscale and Color), Color tools (Color ID, True Color Extraction, Color Histogram), Inspect Defects (Surface Flaw, Flex Flaw, Inspect Edge), and ID (PowerGrid, Hotbars, OCR).

The In-Sight 8000 series vision systems are conveniently set up with the In-Sight Explorer software, combining the guided step-by-step setup of EasyBuilder with the additional power and flexibility of the spreadsheet for greater control and customizing of application data. TestRun system validation, Cognex Connect suite of communications protocols, and the Cognex Explorer control center give users the tools they need to keep their production line operating on schedule and at full throughput.

KEYENCE's IV Series vision sensor is a versatile and cost-effective solution for tackling difficult applications that previously required multiple conventional photoelectric sensors or proximity sensors. The IV Series can detect and inspect products with high accuracy and speed, providing greater control and quality assurance in manufacturing and production environments.

The IV2 Series is a vision sensor that features built-in artificial intelligence for stable detection in any environment. Its imaging technology and AI capabilities enable optimal detection settings and provide additional learning for handling variations. The IV2 Series can be easily integrated into existing systems and programmed to detect various object types, sizes, and shapes.

Some key features of the IV Series include a high-resolution image sensor for clear and accurate detection, customizable inspection programs with user-friendly software, and a compact design for easy installation. With its advanced technology and intuitive interface, the IV Series is an excellent solution for a wide range of industrial applications, including part presence/absence, orientation, counting, and defect detection.

The In-Sight 2000 Vision Sensor from Cognex combines the power of In-Sight vision systems with the affordability and simplicity of an industrial sensor, making it an ideal solution for error-proofing applications. These sensors set new standards for value, flexibility, and ease of use and can adapt to virtually any production line environment. Key features include:

1. Powerful In-Sight vision tools that can solve simple location, presence/absence, measurement, and counting applications using proven tools like pattern, pixel count, brightness, contrast, and edge detection. In-Sight 2000 vision sensors can inspect multiple targets within a single image and perform multiple inspection types using different tools. Cognex also offers models with enhanced functionality and resolution up to 1280 x 960 (1.2MP).

2. Easy setup with In-Sight Explorer software and EasyBuilder, which offers a simple and intuitive interface that even novice users can use to achieve reliable inspection performance. Users can also build more complex pass/fail and go/no-go inspections using the same interface as more advanced In-Sight vision systems.

3. Field interchangeable lighting and optics that make it easy to choose the right configuration for your work cell. The In-Sight 2000 series features a modular design that provides maximum flexibility to mount in tight spaces, simplifies wiring and optical paths, and minimizes the need to design new mechanical fixtures. Additionally, the patent-pending LED ring light produces even, diffuse illumination across the entire image, reducing the need for external lighting.

Overall, the In-Sight 2000 Vision Sensor is a flexible and reliable solution that can adapt to various production line environments and deliver accurate and efficient inspections.

The COGNEX IN-SIGHT 9902L is a high-resolution self-contained vision system designed for detailed inspections of large, cylindrical, or continuously moving objects. It is a line scan smart camera that acquires up to 16,000 lines of 2,000 pixels per line to produce a 32MP image that can be used to detect even the smallest features and defects. This standalone vision system requires only a small view of the target part, making it an ideal choice for installations with restrictive field of view or mounting space requirements.

One of the key features of the In-Sight 9902L is that it is the only embedded industrial line scan system that processes images directly on the camera. Onboard processing eliminates the inconvenience of having to install a separate controller. Additionally, the IP67-rated housing protects the system from liquids and dust without the need for an external enclosure.

Line scan cameras are an ideal choice for inspecting oversized or cylindrical objects on fast-moving production lines. The In-Sight 9902L is designed to inspect long, cylindrical, and continuously moving parts, making it a valuable tool in a wide range of applications. For example, it is commonly used to inspect cylindrical objects such as automotive filters and batteries, where 100% of the product’s surface can be inspected as it rotates along the production line.

Another application for line scan cameras is label inspection on curved surfaces such as soup cans or bottle wrappers, that can be “unrolled” into a 2D flat surface for inspection. In addition, the In-Sight 9902L can be used for inspecting large objects such as solar cells and car door panels that can be imaged and inspected as a whole.

The In-Sight 9902L is also fast, with a blazing 67 kHz line rate, acquiring each line of data in just 15 microseconds. Capturing 2,000 pixels with each line, the camera delivers 32MP images (16,000 lines) that enable vision tools to perform highly detailed inspections. Overall, the In-Sight 9902L is a powerful tool for industries that require high-precision inspections of large, cylindrical, or continuously moving objects.

The VIS-SWIR VGA cameras of the Acuros series from SWIR Vision Systems deliver crisp images in the visible range up to the SWIR band and this at a favourable price-performance ratio. The cameras are designated EAR-99 requiring no license for export.

Cameras with CQD™ technology for VIS-SWIR range
The Acuros series VIS-SWIR cameras from SWIR Vision Systems open up a new class of cameras in the short-wave infrared range.

CQD sensors are manufactured by depositing quantum dot semiconductor crystals directly on the surface of the silicon wafer. The resulting CQD photodiode array thus enables:

high resolution
small pixel pitch
high spectral bandwidth
low noise
low crosstalk between pixels
The CQD sensor technology is scalable to wafer size, which opens up the potential for very cost-effective solutions in high-volume applications.

In-Sight 7000 Features

The In-Sight 7000 series is a full-featured, powerful vision system that performs fast, accurate inspections of a wide range of parts across all industries. Its compact footprint easily fits into space-constrained production lines and the unique, modular design is highly field-customizable to your application requirements. Along with the internal and external power/control lighting options, the In-Sight 7000 series also has a highly visible pass/fail LED indicator light ring around the camera body, making it easy to see the inspection status no matter where the system is installed.

The In-Sight 7000 series is available in monochrome and color models, in resolutions ranging from VGA to 5MP. Various tool configurations are available from the basic tool set of the In-Sight 7500 to the fully featured 7600, 7800, and 7900 models.

Enhanced performance keeps pace with increasing line speeds
You no longer have to choose between high-speed and industrial performance. With blazing fast acquisition and industry leading vision tools, including PatMax RedLine, SurfaceFX, OCRMax, PowerGrid, Hotbars, and color tools (color models only), the In-Sight 7000 vision system:
Quickly locates the part
Accurately performs the necessary inspections

Flexible design is field customizable to your application
When it comes to factory automation, one size rarely fits all. That's why the In-Sight 7000 is designed with Flexible Image Technology™ (FIT™), a wide selection of field-changeable and user-configurable lighting and optics allowing you to:
Customize the system for your exact application requirements
Optimize image formation
Minimize the need for expensive external lighting

Full-featured system tackles a wide range of vision applications
The In-Sight 7000 vision system is thoughtfully engineered with the full suite of powerful Cognex vision algorithms and convenient features to help you solve your applications easily and reliably. This versatile system is ideal for inspecting automotive parts, consumer electronics and consumer products as well as automated manufacturing operations in other industries including food and beverage, pharmaceutical, aerospace, semiconductor and solar.

Continuous innovation
As a leader in the machine vision industry, Cognex is committed to continuous innovation and improvement. These 2nd generation In-Sight 7000 vision systems (In-Sight 7500/7600/7800/7900 series) build upon success of the original series with the latest technology and advanced algorithms for even faster and more powerful vision inspections.

Machine Vision Cameras make it possible to record images in vision applications. The images are read out via a 1-gigabit Ethernet interface. The camera can be connected via a PoE port so that only one cable is required. The small and rugged housing and the C mount threaded connection can be easily and flexibly integrated. State-of-the-art CMOS sensor technology ensures high resolution and optimum image quality without noise even in difficult lighting conditions.

Features at a Glance:

Image chip with Global Shutter for dynamic applications
Different lenses can be adapted thanks to standard thread
Compact and robust housing in 29 × 56.5 × 29 mm format
Flexible mounting options from 4 sides

One is good, DUAL is better. Unrivaled speed, extreme flexibility and quick system integration for those applications requiring nothing but highest quality and extreme speed.

OUR DUAL-USB3 CAMERA
CELERA CMOS dual-USB3 cameras provides unrivaled speed, extreme flexibility and quick system integration. Its double USB3 interface, ultra-fast acquisition rate, extremely reduced dimensions and rugged design make CELERA cameras suitable for the most demanding applications: automated optical inspection, high performance sorting systems, industrial metrology, microscopy, medical diagnostics and machine vision.

CELERA cameras are powered directly by the USB3 bus eliminating the need for external power adapters. USB3 provides the most cost effective and widespread interface, pushing speed performances at the top.

VERSATILE I/O
CELERA provides a versatile I/O interface to control external devices such as strobe lights, encoders, etc. 2 input lines with direct encoder interface, 2 output lines and 1 input/output (RS422, RS644 LVDS, LVTTL). Its multipurpose I/O connector provides user I/O, line/frame triggering and direct encoder interface.

POWERFUL ON-BOARD IMAGE PROCESSING
CELERA cameras provide powerful on-line user-controlled image processing: 8 AOI, independent LUTs, gamma correction, white balance, brightness, contrast, sharpness, saturation and hue. Its control sequencing mechanism allows up to 64 different video settings to be applied to a chain of subsequent frames.

DRIVER AND SOFTWARE
An easy-to-use set of software API is available, which allows developers to quickly produce fast and clean code both on Windows and Linux, supporting all major programming languages, such as Python, C#, VB, C++ in Visual Studio or QT environment.
Our Software Development Kit provided with NECTA S cameras, is fully compatible with Cognex VisionPro, MVTech Halcon, NI LabView and other major machine vision software for industrial application.

ACCESSORIES
CELERA is provided by standard with a C-mount lens adapter.
Other accessories are available upon request.

F-mount adapter
shielded I/O cable
industrial grade USB3 cables

The wenglor BBZK001 is a machine vision camera that is designed to capture high-quality images in vision applications. It features state-of-the-art CMOS sensor technology that ensures high resolution and optimum image quality without noise even in difficult lighting conditions. The camera is equipped with a global shutter that is ideal for dynamic applications.

The wenglor BBZK001 camera can be connected via a 1-gigabit Ethernet interface, and it can be powered using PoE (Power over Ethernet) technology, which means that only one cable is required for both power and data transmission. The camera has a small and rugged housing, and it features a C mount threaded connection, which allows for easy and flexible integration with other components in the system.

One of the notable features of the wenglor BBZK001 camera is its compact and robust housing, which measures 29 × 56.5 × 29 mm in size. This camera also offers flexible mounting options from four sides, which allows for easy installation in a wide range of applications.

Overall, the wenglor BBZK001 machine vision camera is a versatile and reliable imaging solution that offers high-quality images and flexible integration options for vision applications.

Wenglor's BBZK003 is a machine vision camera that allows for recording images in various vision applications. Similar to the BBZK001, it uses a 1-gigabit Ethernet interface for reading out images, and it can be connected via a PoE port, requiring only one cable for operation. The camera's small and robust housing and C mount threaded connection make it easy to integrate and adapt to various mounting requirements. The BBZK003 also features state-of-the-art CMOS sensor technology that delivers high resolution and optimal image quality even in challenging lighting conditions.

Features at a Glance:

1. Image chip with Global Shutter for dynamic applications
2. Standard thread for different lens adaptability
3. Compact and robust housing in 29 × 56.5 × 29 mm format
4. Flexible mounting options from 4 sides

Wenglor's BBZK004 is a powerful machine vision camera that enables the recording of high-quality images in a wide range of vision applications. Equipped with a state-of-the-art CMOS sensor, this camera can capture images with high resolution and optimum image quality, even in challenging lighting conditions.

The BBZK004 camera features a 1-gigabit Ethernet interface, allowing for easy image readout, and can be connected via a PoE port, eliminating the need for multiple cables. The compact and rugged housing and C-mount threaded connection provide flexible and easy integration into a variety of applications.

The camera's image chip is equipped with a Global Shutter, making it suitable for dynamic applications. The standard thread allows for the adaptation of different lenses, providing added flexibility to the user. The camera's 29 × 56.5 × 29 mm format and flexible mounting options from four sides make it an ideal choice for a variety of vision applications.

Overall, Wenglor's BBZK004 machine vision camera is a high-performance and versatile tool that offers excellent image quality, ease of use, and flexible integration options for a wide range of vision applications.

The compact and high-performance cameras belonging to the photonCOMPACT platform are designed for standard applications in industrial machine vision. With their ideal industrial standard dimensions of 30 x 30 mm and digital interface compatibility with the universally deployable GigE interface with PoE, the modular cameras can easily be adapted to a wide variety of applications.

photonCOMPACT in detail:
Universal solution for machine vision
Compact and fast cameras
Easy to integrate
High interface compatibility
Modular design, flexibly adaptable

The Specim FX series is a line of hyperspectral imaging cameras produced by Specim, a Finnish company specializing in spectral imaging solutions. The FX series is designed to provide high-speed and high-quality imaging for industrial and scientific applications.

Hyperspectral imaging is a technology that allows for the acquisition of images with high spectral resolution, meaning that each pixel in the image contains a detailed spectrum of light. This enables the identification and analysis of materials and substances based on their unique spectral signatures.

The Specim FX series includes several models with varying spectral ranges, resolutions, and speed capabilities to meet different application needs. Some models in the series are designed for specific applications, such as the Specim FX17 for food sorting and the Specim FX10 for geological mineral analysis.

The cameras in the FX series are equipped with high-performance sensors, advanced optics, and intuitive software for easy operation and data analysis. They can be used in a variety of industries, including agriculture, food processing, recycling, mining, and more.

Overall, the Specim FX series is a powerful tool for fast and accurate hyperspectral imaging, enabling the identification and analysis of materials and substances with high precision and efficiency.

HIKROBOT released the 2nd generation of CS Series with technological breakthroughs from

products appearance design, R&D to production management, which gives an upgraded

experience to all end users.

New update, new functions
The new second-generation CS series industrial cameras are equipped with excellent image sensors, high dynamic range, good signal-to-noise ratio,
excellent image quality, excellent power consumption design, compatible with machine vision standard protocols and GenlCam standards, and seamlessly
connect with third-party software.

Evolved performance, various scenarios adaptable
New-generation appearance structure, four-sided installation support, wider voltage access, wider temperature width, better adapt to complex visual application scenarios.

Upgraded imaging, built-in algorithms
The camera has built-in a variety of complex algorithms and functions, such as lossless compression, 2D noise reduction, lens shading correction, CCM, etc., which can improve the camera image quality in all directions, while ensuring the camera has a higher frame rate and more excellent quality.

Recognize the smallest details in high-speed applications

High frame rates and reduced evaluation time thanks to 10 GigE interface with 1.1 GB/s bandwidth

Easy and cost-effective integration with 10GBase-T for copper cables up to 100 meters or SFP+ slot for optical cables up to 10 kilometers

Reliably detect and evaluate high-speed processes with excellent image quality and the high sensitivity of the latest CMOS sensors

The Imaging Source's GigE camera models are available with a wide range of CMOS and CCD sensors including the latest Sony Pregius and STARVIS sensors as well as cost-optimized sensors from onsemi. The cameras' GigE Vision compliance ensures quick integration with hardware and nearly all image processing libraries. Tried and tested, these GigE camera models offer performance and robust design, making them a highly-versatile imaging solution for a wide variety of industrial applications including production, inspection und quality assurance. The newest "38 Series" cameras are optionally available with the ix Industrial® Ethernet interface or the standard RJ45 connector. The ix Industrial® Ethernet connector uses an integrated locking system to deliver high shock and vibration resistance in industrial environments.

• Resolution: VGA to 20 MP
• Frame rate: Up to 300 fps
• Dimensions: starting at 29 x 29 x 57 mm
• Sensor: Sony Pregius / STARVIS, ON Semi CMOS
• RJ45 or ix Industrial® interface (38 Series)
• Free software: Barcode SDK, IC Measure, IC Capture

Featuring the latest low-noise CMOS and CCD sensor technology from Sony and onsemi, The Imaging Source's GigE Vision-compliant monochrome camera models offer a diverse portfolio of imaging solutions. The cameras' GigE interface allows for cable lengths up to 100m and multi-camera set ups while maintaining data rates of up to 100MB/s; the GigE Vision standard ensures rapid integration of hardware and image processing software, making the cameras ideal for applications in production, inspection und quality assurance. A variety of input, output, strobe and trigger options are available via the Hirose port. The newest "38 Series" cameras are optionally available with the ix Industrial® Ethernet interface or the standard RJ45 connector. The ix Industrial® Ethernet connector uses an integrated locking system to deliver high shock and vibration resistance in industrial environments.

• Resolution: VGA to 20 MP
• Frame rate: Up to 300 fps
• Dimensions: starting at 29 x 29 x 57 mm
• Sensor: Sony Pregius / STARVIS, ON Semi CMOS
• RJ45 or ix Industrial® interface (38 Series)
• Free software: Barcode SDK, IC Measure, IC Capture

Color and monochrome cameras in various resolutions for any application

Robust cameras with highly flexible mounting options and a bandwidth of up to 2.5 Gbit offer a range of services tailored to industrial PCs. At the same time, they can be directly synchronized with all EtherCAT-based machine processes via the EtherCAT P connection. The integration of image data into the synchronous data acquisition of the TwinCAT Scope completes the analysis of process data, supports process optimization, and thus increases both availability and investment security. The image processing algorithms are executed with TwinCAT Vision directly in real time, meaning there is no communication to non-real-time processes. This lack of latency allows further processing to take place without delay.

System integrators often have varying needs governed by the individual project deployment requirements. The EXO helps with the latest CCD & CMOS sensors, providing a wide range of interfaces as GigE-Vision, Camera Link and USB3-Vision. It’s design objective was to create an Industrial camera allowing easy and scalable integration, providing rich functionality with minimal design-in effort.

The precision-machined aluminum housing forms the platform for a powerful new industrial camera. Easy to integrate with its uniform mounting holes, the EXO provides a stable suspension bracket for any kind of lens.

Delivering brilliant images, the EXO with its advanced electronics offers a very flexible and economic camera concept. Powerful imaging features, a variety of in- and outputs, PLC functionality and an integrated multichannel strobe controller help system integrators to be in perfect control of any machine vision request.

Powerful Features
Resolution 2.3 to 31 megapixel (up to 4/3")
Latest CCD & CMOS sensors from Sony and CMOSIS
Monochrome and color versions (Bayer pattern)
Various trigger and exposure modes
Logic trigger functions (PLC)
Adjustable gain, auto gain and auto- exposure
Binning mode
Area of interest (AOI / ROI)
White balance for color versions
C-Mount, M42 or Micro Four Thirds lens adapter
8/12 Bit video data stream (14 Bit ADC with CCD)
256 MB burst mode memory inside (GigE)
4 x Power Output (4-channel strobe controller)
electric and optical input
Programmable sequencer für shutter and LED lights
SDK for Windows and Linux available
GenTL driver, GenICam 3.0 standard
Trigger voltage TTL-24V

Extended Temperature Range and a choice of interfaces
A tight thermal connection of the low-power dissipation electronics and the sensor to the aluminium unibody housing enables for most EXOs operation in an extended operating temperature range from -10°C...+60°C. The EXO comes in standard C-mount housing or in Tracer flavour with full lens control and a Micro Four Thirds Bayonet. The new large sensors are supported with M42 mount. It is available with GigE-Vision, Camera Link or USB3-Vision interface and is supporting latest standards as USB 3.1 and GenIcam 3.0. The integrated power-I/O interface with its PLC functionality covers simple control tasks in nanoseconds precision or drives up to 4 LED lights without additional components. With uniform size and standard interfaces comes simple inter­change­ability, allowing the system integrator to easily create solutions to varying conditions and requirements - with minimal design effort.A robust and precise camera series with uniform pinout and dimensions, easily scalable with a wide choice of latest CCD and CMOS sensors, available with the most important interface standards and rich of important features.

Proven Basler reliability with extensive computer vision feature set for standard machine vision applications.

The highlights of the ace 2 Basic at a glance:

• Optimized hardware meets state-of-the-art CMOS sensor technology
• Powerful Computer Vision feature set
• Unbeatable price/performance ratio for standard vision applications
• 5GigE interface available

Features at a Glance:

Image chip with Global Shutter for dynamic applications

Compact and robust aluminum housing in 29 × 49.1 × 29 mm format

Different lenses can be adapted thanks to standard thread

The GV-5200SE GigE industrial camera with the large area 1.1“ CMOS sensor IMX304 delivers sensationally clear, noiseless images in a resolution of 4096 x 3000 pixels. The global shutter sensor of the second, further improved pixel generation from Sony's Pregius series is impressive for its incredible dynamic range and very high sensitivity, especially for use in medical or measuring technology and traffic surveillance.

The GV-5200SE is available in both monochrome and colour variants.

Solves challenging OCR, assembly verification, and defect detection applications

The In-Sight D900 is a smart camera powered by In-Sight ViDi software designed specifically to run deep learning applications. This embedded solution helps factory automation customers easily solve challenging industrial OCR, assembly verification, and random defect detection applications anywhere on the line that have gone uninspected because they are often too difficult to program with traditional, rule-based machine vision tools.

In-Sight ViDi applications are deployed on the In-Sight D900 smart camera without the need for a PC, making deep learning technology accessible to non-programmers. It uses the familiar and easy-to-use In-Sight spreadsheet platform which simplifies application development and factory integration.

Decodes challenging OCR applications in minutes
The In-Sight D900 deciphers badly deformed, skewed, and poorly etched codes using optical character recognition (OCR). The In-Sight ViDi Read tool works right out of the box, dramatically reducing development time, thanks to the deep learning pretrained font library. Simply define the region of interest and set the character size. In situations where new characters are introduced, without vision expertise, this robust tool can be retrained to read application-specific codes that traditional OCR tools are not able to decode.

Performs fast and accurate assembly verification
The In-Sight D900 uses artificial intelligence to reliably detect complex features and objects and verifies parts and kits are assembled correctly based on their location within a pre-defined layout. The In-Sight ViDi Check tool can be trained to create an extensive library of components, which can be located in the image even if they appear at different angles or vary in size.

Analyzes complex defect detection tasks
The In-Sight ViDi Detect Tool learns from images of good parts in order to identify defective parts. ViDi Detect is ideal for finding anomalies on complex parts and surfaces, even in situations where defects can be unpredictable in their appearance.

In-Sight spreadsheet guides application development
In-Sight ViDi takes advantage of the intuitive In-Sight spreadsheet interface to quickly set up and run deep learning applications without programming. The In-Sight spreadsheet simplifies application development and streamlines factory integration with a full I/O and communications function set. It also enables the ability to combine traditional Cognex rules-based vision tools (like PatMax Redline) and deep learning tools in the same project, leading to quicker deployments and faster cycle times. Since In-Sight ViDi requires vastly smaller image sets and shorter training and validation periods, deep learning applications are quick and easy to set up, teach, and deploy.

Deployed on powerful, customizable vision systems
In-Sight ViDi applications on the In-Sight D900 can be deployed without a PC. This highly-modular, IP67-rated deep learning vision system includes field-changeable lighting, lenses, filters, and covers that can be customized to match your exact application requirements. It also includes an embedded inference engine that is specifically designed to solve complex deep learning applications at production line speeds.


Quickly setup and deploy applications with In-Sight spreadsheet
With an intuitive interface and a full communications function set, In-Sight spreadsheet simplifies application development and streamlines factory integration. It also allows you to combine rule-based and AI vision tools in the same project, leading to quicker deployments and faster cycle times.


Detects subtle differences to precisely classify defects
The In-Sight ViDi Classify tool uses deep learning to automatically identify and sort defects into classes. Within the same class of objects, ViDi Classify is capable of discerning visually similar, but different defects to determine whether they are true defects or acceptable abnormalities.
Simplify training and deployment with intuitive web-based HMI.

Simplify training and deployment with intuitive web-based HMI
The In-Sight D900 vision system offers mobile, platform independent visualization for accessing HMIs (human machine interfaces) through In-Sight software. A simple point-and-click interface allows customers to build highly interactive, web-based HMIs remotely that are accessible via a web browser over the network.

The GV-50C0CP industrial camera with GigE interface and the light-sensitive global shutter CMOS sensor IMX392 from the second generation of the Sony Pregius series offers a resolution of 2.35 MPix (1936 x 1216 px, pixel size 3.45µm). With up to 52.0 fps and Full HD, it is perfect for high-speed applications, for example in automation or quality assurance. Furthermore, the sensor is predestined for tasks that require a perfect result even in low light conditions.

The GV-50C0CP is an all-rounder in the class of 2 MP global shutter industrial cameras and provides excellent image quality thanks to its enormous sensitivity, high dynamic range and low noise. Thanks to these characteristics, it finds its place in virtually every application. The camera is available in both monochrome and colour versions. The small sensor format with a diagonal of 7.9 mm allows a wide choice of low-cost lenses.

The GV-5240CP is a particularly powerful industrial camera with the e2v 1.31 MPix CMOS sensor. This is one of the most sensitive sensors in the IDS product portfolio and it is available in monochrome, colour (EV76C560ABT/EV76C560ACT), and as NIR version (EV76C661ABT).

The sensor offers an outstanding sensitivity to light in CCD quality.

IMI-TECH GigE Series Gigabit Ethernet and GigE Vision standard miniature camera, a product packed with all knowhows of IMI-TECH Co.,LTD which have manufactured industrial cameras for over 20 years. This item, with various resolutions and a number frames, is available to many industrial vision devices and may increase the space practicability of devices. This camera, with photo coupler way of Trigger / Strobe, Ethernet cable lock screws, will serve the safer and more accurate vision system formation. We are trying to offer you more benefits with our competitive prices and technological supports. Meet with more advanced GigE Vision Camera.

KEY FEATURES:

Maximum 20 Mega Pixel Resolution Support through VGA

Maximum 78fps (1440x1080) possible

CMOS (Global/Rolling Shutter)

Hardware Trigger/Strobe(Photo Coupler)

C Mount

Ethernet Cable Lock Support

POE Support

29[W] X 29[H]X 51.1[D]mm (Excluding Lens Connector)

The COE-G series includes Gigabit Ethernet cameras equipped with the latest sensors, ranging from high speed VGA to the latest 12MP SONY Pregius sensor, which deliver GigE connectivity with high frame rate.

The resulting excellent image quality is ensured by well-matched, excellent Opto Engineering lenses. PoE connectivity allows a single cable to power the camera and connect to the computer for data transfer.

Robust design allows installation into industrial scenarios without the risk of mechanical failure and GenICam® compliant SDK allows easy coding with most software packages.

Available with mono and color options, there are a number of possibilities for most applications.

KEY ADVANTAGES:

High quality sensors
New SONY Pregius CMOS Global shutter sensors provide high quality images.
GigEVision® protocol & GenICam® standard
Standard vision SDK platform for easy integration in existing software.
Full GenICam® compliant: easy to integrate
GenICam® compliant SDK package provides more flexibility to Vision Systems.
GigE PoE compliance
With the COE-G cameras, you do not need separate cables to transfer the information to the computer and provide power to the camera.
120 MB RAM and Frame Rate up to 300fps
High frame rate ideal for high speed applications. The internal memory up to 120MB guarantees no image loss and enables useful features like Record / Playback and sequence recordings.
Sensor Sizes from ¼” to 1.1” to fit all application requirements
Find the exact the sensor you need for your needs.

The COE-U series includes USB3 Vision® cameras equipped with the latest sensors, ranging from high speed VGA to the latest 1.1” 12MP SONY Pregius sensor, which deliver USB 3.0 connectivity with high frame rate. The resulting excellent image quality is ensured by well- matched excellent Opto Engineering lenses.

The COE-U series allows the best sensors to be available with USB 3.0 at a reasonable cost. Robust design allows installation into industrial scenarios without the risk of mechanical failure. Only one cable is needed as USB 3.0 cable handles both data and power to the camera.

KEY ADVANTAGES:

• USB 3.0 connectivity
  Easy connectivity to most new computers with 5Gbps bandwidth.
• USB3® protocol & GenICam® standard
  Standard vision SDK platform for easy integration in existing software.
• Full GenICam® compliant: easy to integrate
  GenICam® compliant SDK package provides more flexibility to Vision Systems.
• High quality sensors
  New SONY Pregius CMOS Global shutter sensors provide high quality images to the camera.
• Frame Rate up to 210 fps
  High frame rate ideal for high speed applications.
• Sensor Sizes from 1/2.5" to 1.1" to fit all application requirements
  Find the exact sensor you need for your needs.

Superior vision sensing – leaves the rest in the dark

Compact and easy to use, the VISOR® V50 delivers visionary optics where you need it most, with integrated lighting and a resolution ten times that of standard vision sensors.

It achieves an image quality previously only available with expensive, complex vision systems, with a single-glance, high precision approach that considerably expands the potential applications.

High performance and reduced installation costs
The high performance offered by the VISOR® V50 expands the range of applications available, bringing added benefits to more end-users than ever before.

Compact and easy to install, the sensor’s global shutter technology ensures even better results in certain applications – for example, when reading moving bar codes.

The VISOR® V50’s large field of view means that fewer cameras are required, reducing installation costs.

High-performance sensing

The VISOR^® V50 delivers precise detection of the smallest details, with a 5-megapixel (2560 x 1936) resolution. That’s ten times greater than standard vision sensors, and provides image quality previously achievable only with expensive, complex systems.

An easy-to-use solution

Designed to be user-friendly, the VISOR^® V50’s integrated lens and lighting allows for automatic focus and brightness adjustments. Working distances and image settings can be changed with the click of a button.

Expanded range of applications

The VISOR^® V50’s field of view or operating distance can be flexibly adapted to the most diverse requirements by selecting a suitable C-mount lens. For example, switch from long-range code reading to inspecting an entire instrument panel just by swapping the lens.

Features at a Glance

• Compact and robust aluminum housing in 29 × 49.1 × 29 mm format
• Different lenses can be adapted thanks to standard thread
• High-resolution 4000 x 3000-pixel image chip

Features at a Glance:

• Compact and robust aluminum housing in 29 × 49.1 × 29 mm format
• Different lenses can be adapted thanks to standard thread
• High-resolution 4000 x 3000-pixel image chip

Features at a Glance

• Image chip with Global Shutter for dynamic applications
• Compact and robust aluminum housing in 29 × 49.1 × 29 mm format
• Different lenses can be adapted thanks to standard thread

Features at a Glance

• Image chip with Global Shutter for dynamic applications
• Compact and robust aluminum housing in 29 × 49.1 × 29 mm format
• Different lenses can be adapted thanks to standard thread

The GV-50C0FA industrial camera with GigE interface and the light-sensitive global shutter CMOS sensor IMX392 from the second generation of the Sony Pregius series offers a resolution of 2.35 MPix (1936 x 1216 px, pixel size 3.45µm). With up to 52.0 fps and Full HD, it is perfect for high-speed applications, for example in automation or quality assurance. Furthermore, the sensor is predestined for tasks that require a perfect result even in low light conditions.

The GV-50C0FA is an all-rounder in the class of 2 MP global shutter industrial cameras and provides excellent image quality thanks to its enormous sensitivity, high dynamic range and low noise. Thanks to these characteristics, it finds its place in virtually every application. The camera is available in both monochrome and colour versions. The small sensor format with a diagonal of 7.9 mm allows a wide choice of low-cost lenses.

The robust CMOS camera meets the requirements of protection class IP65/67 and is therefore resistant to dirt, dust and splash water. It is also effectively protected from outside influences thanks to matching accessories such as lens tubes and drag chain cables.

Features at a Glance:

Image chip with Global Shutter for dynamic applications

Compact and robust aluminum housing in 29 × 49.1 × 29 mm format

Different lenses can be adapted thanks to standard thread