As a regional distributor of IDS Imaging, we offer IDS cameras equipped with Sony IMX 622 sensors at an introductory price of EUR 145 until May 31, 2024. The ultra-small cameras work...
USB 2 uEye ML
The USB 2 uEye ML camera series is a reasonably-priced and compact industrial camera with USB 2.0 interface and next generation CMOS sensor technology. Its small dimensions make the camera ideal for applications with space restrictions. Thanks to its robust metal housing and lockable connectors, the USB uEye ML can also be used in harsh industrial environments. The 8-pin Hirose connector highlights the versatility of the camera by providing two general purpose I/Os as well as optically decoupled trigger inputs and flash outputs.
The USB 2 uEye ML industrial cameras are fitted with successful e2v CMOS sensors and are available in monochrome, color, and NIR versions, delivering outstanding performance in the near infrared range The cameras offer a host of sensor features, including line scan mode (UI-1240ML, UI-1250ML), log mode, and four freely-selectable shutter modes, making them suitable for a wide range of applications while ensuring outstanding image quality.
USB 2 uEye ML SPEC
Application Notes
Vision Channel: “How-to read any text reliably with DENKnet OCR”
See, understand, process - at our next Vision Channel session, this is the programme for both the topic and the benefits. On 19 March, we will show you how you can use intelligent...
Detecting, sorting, counting
The processing of image data plays a crucial role in many industrial sectors, whether in quality assurance, production monitoring or robotics. AI-based systems open up many new...
3D camera enables colour vision
The rapid development of robotics has led to an increasing demand for 3D camera technologies in recent years. The reason is the decisive role they play in improving the performance...
10 Questions about AI Vision
If we look at the development in the consumer technology sector, it sometimes seems that artificial intelligence is the solution for almost every conceivable task. With new devices or...
Smaller, faster and more intelligent
In addition to increasing resolutions and faster data rates, two other application-relevant directions are emerging in the industrial camera market. On the one hand, there is an...
Disposed of by type?
Smart waste management is one of the core tasks within smart cities, i.e. those urban areas in which innovative technologies and data-driven solutions are used. They aim to improve...
Pick and Place: Precise to the point
The manufacturing sector is currently facing a number of challenges. Technological change, pressing environmental issues and globalisation...
Four “eyes” see better than two
Robots do monotonous workflows and less pleasant, repetitive tasks with brilliance. Combined with image processing, they become "seeing" and reliable supporters of humans. They are...
Ageing more slowly in space?
The importance of space research is increasing, more and more astronauts are cavorting in space. But what effects does weightlessness have on the ageing of the human body? How do...
Expert in user-friendly AI vision systems
Intelligent image processing for everyone and every application The opportunity offered by self-learning algorithms in combination with image processing is enormous. But reservations...
New sensors for the ultra-fast uEye+ Warp10 industrial cameras
Series production of the new uEye+ Warp10 camera models will start in April, 2023. They are equipped with the Sony Pregius S sensors IMX535 (12 MP), IMX536 (8 MP) and IMX537 (5 MP)....
Whitepaper
Novel vision app-based sensors and cameras: Customized, highly flexible vision solutions
With the IDS NXT vegas, IDS Imaging Development Systems GmbH launches a new generation of devices that handle image processing tasks autonomously and support a PC application with...
Machine Vision Standards – Interchangeability or Compatibility?
The emergence of machine vision standards has led to the industry agreeing on cooperation in an unprecedented way. This should simplify and shorten the design-in phase for cameras in...
Stay connected with USB 3.1 – The next generation standard camera interface
In previous generations USB was only a data interface, capable of supporting limited power for a device. With the USB 3.1 specification the USB implementers forum (USB-IF) has...
Don’t lose your connection – Why it makes sense to switch to USB 3.0 now
In industrial environments, everything revolves around reliability, productivity and stability. Processes and equipment are subject to numerous certifications. Changes are planned and...
Focus-Tunable Lenses Enable 3-D Microscopy
Microscopy beginners may be perplexed when they notice that parts of a sample that appear only marginally out of focus often look much more blurred in an image. The depth of field as...
Obtaining Depth Information from Stereo Images
This paper gives an overview of the main processing steps for depth perception with a stereo camera. After a description of the general techniques, we discuss the specifics of the...
High Dynamic Range Imaging: Images and Sensors
In the past, technological development in the image sensor field primarily strove to increase resolution by adding pixels. The current generation of digital cameras already offer...
USB 3.0 – Background Factors, New Features, and Applicability as a Camera Interface
In November 2008, the specification for "SuperSpeed USB" was presented and marked an improved and, above all, considerably faster version of the popular interface. New features on the...
Programming Examples
Quality inspection with AI vision
There is also often the question of whether AI vision is even suitable for a particular task or can solve it. Unfortunately, this hen-egg problem too often leads to the technology not...
Anonymising AI
Computer vision and camera-based image processing have become indispensable tools for digital analysis and automation of many processes in different areas. However, especially where...
Rapid prototyping camera applications
Python is a very common programming language in the Internet of Things (IoT). It allows writing and testing short code snippets without the time-consuming setup of a complete...
IDS sherpa: How to switch an application from IDS Software Suite to IDS peak
The example "IDS sherpa" explains for experienced users of the IDS Software Suite how programming code under MFC has to be adapted for using the IDS peak SDK. Using reference...
Getting started: uEye SDK and C
This samples describes step-by-step how to set up a simple console application for controlling a uEye camera. Here, the uEye SDK for C is used. More info Source: IDS Imaging...
Getting started: uEye .NET SDK and C#
This sample shows how to create a C# project with the uEye .NET SDK. It includes also a simple single grab sample for an easy start on programming uEye cameras. More info Source: IDS...
Getting started: uEye .NET SDK and Visual Basic
Besides a simple example for a single grab, this example also includes a step-by-step guide on how to set up a Visual Basic project with the uEye.NET SDK. More info Source: IDS...
Simple live – image acquisition with the Python interface PyuEye
This sample shows the basic idea how to continuously capture images using the PyuEye interface in combination with OpenCV. In addition to initializing the camera, information about...
Getting started on Linux with uEye SDK and Qt Creator
This sample shows how to setup a new project in Qt Creator and do a simple image acquisition with an IDS camera under Linux. The prerequisite is that the IDS Software Suite and Qt5...
Image Acquisition with the uEye image queue in C/C++
This sample is based on the uEyeImageQueue demo. In the processing part of the image queue thread, you can run different types of crop operations. All these operations are executed...
Image Acquisition with the uEye image queue in .NET C#
This sample is based on the uEyeImageQueue demo. In the processing part of the image queue thread, you can run different types of crop operations. All these operations are executed...
Crop operations on software side (C/C++)
This sample shows the basic idea of continuously capturing images without losing frames. A ring image buffer sequence with at least 3 buffers is used. These buffers are put into the...
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