Exploring the World of Machine Vision Cameras / Industrial cameras
Machine vision cameras are essential components in industrial automation, robotics, and various technological fields where precision, speed, and accuracy are paramount. These cameras serve as the eyes of a machine, enabling it to perform tasks such as inspection, measurement, and identification. This article delves into the different types of machine vision cameras, their features, and their applications.
Area Scan Cameras
Area scan cameras capture images in a rectangular array, similar to traditional digital cameras. They are the most common type of machine vision camera and are widely used for various applications.
Key Features
- Resolution: Available in a range of resolutions from a few hundred thousand to several million pixels.
- Frame Rate: Typically ranges from a few frames per second (fps) to several hundred fps.
- Versatility: Suitable for static and dynamic scenes.
Applications
- Quality Control: Inspecting products for defects in manufacturing lines.
- Robotics: Guiding robotic arms for precise operations.
- Surface Inspection: Checking for surface defects or irregularities in materials.
Line Scan Cameras
Line scan cameras capture images one line at a time, making them ideal for applications requiring continuous monitoring of moving objects or surfaces.
Key Features
- High Resolution: Capable of capturing very high-resolution images due to the sequential nature of image capture.
- High Speed: Can scan thousands of lines per second, making them suitable for high-speed production lines.
- Synchronization: Often synchronized with conveyor belts or other moving equipment.
Applications
- Web Inspection: Monitoring paper, textiles, or metals in continuous production processes.
- Postal Sorting: Reading barcodes and addresses on moving mail.
- Print Inspection: Checking the quality of printed materials.
3D Cameras
3D cameras capture depth information in addition to the traditional 2D image, providing a three-dimensional view of the scene.
Key Features
- Depth Measurement: Measures the distance of objects from the camera, allowing for the creation of 3D models.
- Structured Light and Time-of-Flight: Common techniques used to capture depth information.
- Precision: High precision in capturing the shape and volume of objects.
Applications
- Robotics: Enabling robots to navigate and interact with their environment.
- Inspection: Checking dimensions and shapes of complex parts.
- Augmented Reality: Integrating real-world objects with digital overlays.
Smart Cameras
Smart cameras integrate image sensors with processing capabilities, allowing them to analyze images and make decisions without needing a separate computer.
Key Features
- On-board Processing: Includes processors that can run algorithms for image analysis.
- Compact and Standalone: Often used in applications where space is limited, and standalone operation is required.
- Flexibility: Programmable for various tasks, such as barcode reading, OCR, and pattern recognition.
Applications
- Embedded Systems: Used in systems where compact, all-in-one solutions are needed.
- Automotive: Assisting in driver assistance systems and autonomous driving.
- Security: Surveillance and monitoring in security systems.
Infrared Cameras
Infrared (IR) cameras detect infrared radiation, which is emitted by objects based on their temperature, rather than visible light.
Key Features
- Thermal Imaging: Captures images based on heat, useful in various low-light or no-light conditions.
- Temperature Measurement: Can measure and visualize temperature differences.
- Non-Contact: Allows for non-contact temperature measurements.
Applications
- Predictive Maintenance: Identifying overheating components in electrical systems.
- Medical Imaging: Detecting abnormalities based on temperature variations in the human body.
- Surveillance: Monitoring in complete darkness or through smoke.
Liquid Lense Cameras
Machine vision cameras are pivotal in advancing automation and precision across industries. By understanding the unique features and applications of different types of machine vision cameras, businesses can select the right technology to enhance their operations, improve quality, and drive innovation. Whether it’s for high-speed manufacturing, precise 3D modeling, or intelligent autonomous systems, machine vision cameras continue to push the boundaries of what’s possible in the realm of technology.
Explore our offer
Check our scienticfic cameras from pco (Excelitas brand), which are used in some advanced industrial applications.
We also have over 1000 models of machine vision cameras from 11 brands.
Our partners for Machine Vision Cameras
Our brands of Machine Vision Cameras
| Camera Type | Model | Resolution (pixels) | Interface | Color | Description | Read more |
|---|---|---|---|---|---|---|
| Industrial NEW | pco.horizon 9.1 bi TDI CLHS | 9072 | CLHS interface | monochrome | 2 photosensitive bands, time delay integration, global shutter, QE 82% @ 550 nm, Spectral range 200 nm - 1100 nm, forced air, liquid cooling, system integration via defined thermal interface | Specification |
| Industrial UV NEW | pco.horizon 9.1 bi TDI CLHS | 9072 | CLHS interface | monochrome | 2 photosensitive bands, time delay integration, global shutter, UV-enhanced sensor, QE 72% @ 440 nm, , Spectral range 200 nm - 1100 nm, forced air, liquid cooling, system integration via defined thermal interface | Specification |
| SWIR | pco.pixelfly 1.3 SWIR | 1280 x 1024 | USB 3.1 Gen 1 | Monochrome | InGaAs; 72 fps; 20 μs - 30 s; Shutter GS; QE 90 % @ 1200 nm; Cooling Peltier with forced air; Spectral range 400 to 1700 nm | Specification |
| Intensified | pco.dicam C1 Single-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 106 fps; 4ns – 1s; Shutter Double Image / Single Image; QE 58 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 25 mm (18 mm on request), phosphor screen material P43, P46; | Specification |
| Intensified | pco.dicam C1 UHS Single-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 143 fps; 20 ns - 1 s; Shutter Double Image / Single Image; QE 59 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 18 mm, phosphor screen material P43, P46; | Specification |
| Intensified | pco.dicam C1 LT Single-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 120 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, diameter 18 mm, phosphor screen material P46; | Specification |
| Intensified | pco.dicam C1 LX Single-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 106 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 59 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling +7°C stabilized, air; Image intensifier: photocathode material S20, diameter 25 mm, phosphor screen material P46; | Specification |
| Intensified | pco.dicam C4 Four-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 424 fps; 4ns – 1s; Shutter Double Image / Single Image; QE 58 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 25 mm (18 mm on request), phosphor screen material P43, P46 | Specification |
| Intensified | pco.dicam C4 UHS Four-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 572 fps; 20 ns - 1 s; Shutter Double Image / Single Image; QE 59 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 18 mm, phosphor screen material P43, P46 | Specification |
| Intensified | pco.dicam C4 LT Four-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 120 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, diameter 25 mm, phosphor screen material P46 | Specification |
| Intensified | pco.dicam C4 LX Four-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 120 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, diameter 18 mm, phosphor screen material P46 | Specification |
| Intensified | pco.dicam C8 Eight-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 848 fps; 4ns – 1s; Shutter Double Image / Single Image; QE 58 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 25 mm (18 mm on request), phosphor screen material P43, P46 | Specification |
| Intensified | pco.dicam C8 UHS Eight-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 1144 fps; 20 ns - 1 s; Shutter Double Image / Single Image; QE 59 % for P43 peak emission @ 545 nm QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, GaAs, GaAsP (others on request), diameter 18 mm, phosphor screen material P43, P46 | Specification |
| Intensified | pco.dicam C8 LT Eight-Channel Intensified Camera | 1504 x 1504 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 120 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, diameter 25 mm, phosphor screen material P46 | Specification |
| Intensified | pco.dicam C8 LX Eight-Channel Intensified Camera | 2048 x 2048 | CLHS FOL (Camera Link HS) | Monochrome | sCMOS; 120 fps; 51ns – 1s; Shutter Double Image / Single Image; QE 57 % for P46 peak emission @ 530 nm; Cooling Peltier, forced air (Fan); Image intensifier: photocathode material S20, diameter 18 mm, phosphor screen material P46 | Specification |
| CCD Camera | pco.pixelfly 1.4 DS USB | 1392 pixel x 1040 pixel (normal), 800 pixel x 600 pixel (center ROI) | USB 2.0 | monochrome or color | CCD; 7.3 / 13.5 fps (12 / 24 MHz, normal) 11.7 / 21.6 fps (12 / 24 MHz, center); ; Shutter GS (snapshot), DS.; QE 62%; Cooling passive; spectral range 290 nm - 1100 nm | Specification |
| CCD Camera | pco.pixelfly 1.4 USB | 1392 pixel x 1040 pixel (normal), 800 pixel x 600 pixel (center ROI) | USB 2.0 | monochrome or color | CCD; 7.3 / 13.5 fps (12 / 24 MHz, normal) 11.7 / 21.6 fps (12 / 24 MHz, center); ; Shutter GS (snapshot); QE 0,62; Cooling passive; spectral range 290 nm - 1100 nm | Specification |
Thermal cameras
Explore the offerings from Excelitas Technologies and FLIR, a leading producers of high-performance thermal imaging solutions. Their range includes both Mid-Wave Infrared (MWIR) and Long-Wave Infrared (LWIR) cameras, each designed to meet specific application needs with advanced features and exceptional reliability.
Scientific grade cameras
Scientific cameras are increasingly integral to industrial applications, offering high speeds and high-resolution imaging capabilities. The choice of camera depends on the specific requirements of the task, including frame rate, resolution, exposure time, and data transfer speed.
Whether it’s for inspecting high-speed production lines, monitoring thermal profiles, or capturing rapid motion, scientific cameras provide the precision and speed needed to drive innovation and efficiency in various industrie.
Microscope cameras
Microscope cameras are specialized imaging devices designed to capture detailed images and videos through a microscope, providing high-resolution and high-magnification views of microscopic subjects. They are commonly used in biological research, medical diagnostics, and material science to document and analyze samples with precision. Our modern microscope cameras are integrated with digital technologies, allowing for real-time image processing and sharing. Various specifications offer different advantages in terms of sensitivity and speed.
