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The Imaging Source is one of the rare manufacturers in the world that offers FireWire (IEEE 1394) cameras with an motorized lens (focal lens 5 - 45 mm, auto iris and one push auto focus). Zoom and focus are set by stepper motors, thus all adjustments can be reproduced. The iris is driven by a fast linear Hall element. The Dxx 21xF04-Z2 camera series is equipped with a 640 x 480 CCD and outputs up to 60 frames/s. The Dxx 31xF03-Z2 offers a CCD with 1024 x 768 pixels and a frame rate of 30 frames/s. An external trigger input is provided to capture images on demand. All cameras functions are software controlled and can be either set manually or automatically via an easy-to-use interface. The cameras ship with an extremely robust and stable, cast aluminum casting and with the SDK (software developer kit) "IC Imaging Control" and end-user application "IC Capture" to control the camera, display and save singular images, image sequences and image streams. Optionally, the cameras can be equipped with a ring light system specifically designed for The Imaging Source cameras. The ring light can be powered by the camera and be controlled via a software interface. The application areas of these zoom cameras are agriculture, assembling, quality inspection, law enforcement, logistics, medicine, packaging, printing, robotics, security, traffic control, science and visualization.
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MARLIN – The multi-featured camera family
The AVT MARLIN family consists of seven very compact IEEE 1394 C-Mount cameras, which are equipped with highly sensitive high-quality sensors (CCD, CMOS). Each of these cameras is available in black/white as well as in color.
The cameras, operating in 8-bit and 10-bit mode with IR cut filter, impress in almost any situation by their ability to produce highly sophisticated images. The MARLIN is equipped with an asynchronous trigger shutter as well as true partial scan and integrates numerous useful and intelligent SmartFeatures for image processing.
A large selection of different sensors (Type 1/2, 1/3, 2/3) and resolutions (VGA, SVGA, XGA, SXGA) leaves no wish unfulfilled and provides the right camera for all individual applications.
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Kappa has successfully extended its camera range with Gigabit Ethernet cameras. The GigE CCD cameras allow cable lengths of up to 100m/330ft (CAT5E) and are available with various sensors; in color, monochrome or cooled versions, with megapixel resolution, frame rates of up to 30/90 Fps and „short trigger delay“ (6,75 micro sec.). The Kappa Software Pool offers three different tools: The camera control software KCC, the software development kit (sdk3) for integration into third-party software interfaces, and the application software KIB for standard measurement tasks. Special Kappa features like the camera-internal color processing and the camera-internal signature creation are also available for the GigE camera model range. The Gigabit Ethernet cameras are equipped with the Gigabit Ethernet interface GigE. There is no need for specific interface cards or expensive and complicated frame grabbers. Kappa Gigabit Ethernet Cameras are compatible with standard Gigabit Ethernet hardware. Bit rates of up to 1 Gbit/s are possible. Economic cables can be used (CAT 5e / CAT 6). GigE Vision enables cable lengths of up to 100 m. Progressive scan CCD, true color quality, megapixel resolution, excellent image quality, 12 bit digitization depth and user-friendly software environment characterize the Gigabit Ethernet cameras. The customer can choose between 2/3, 1/1.8 and 1/2” CCD sensors, color or monochrome. The brilliant high fidelity color reproduction is achieved by the camera-internal Kappa color processing in real-time. Gigabit Ethernet cameras are perfect for multiple camera configurations.
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The cameras ship in robust industrial casing with a C/CS lens mount and optionally with a trigger and digital I/Os. The color, monochrome and Bayer models are available in VGA, XGA and SXGA resolutions.
The software support of the cameras leaves nothing to be desired: Both programmers and end-users immediately feel at home. Getting started with the cameras is a matter of minutes and integrating them into existing applications takes only a few lines of code. Drivers for "LabView", "Halcon", "DirectX", "Twain" and "WDM" are included. All camera parameters and settings can be set via the shipped software. Furthermore, a number of automatic modes are available, which guarantee optimal image quality in varying light conditions.
The cameras ship with drivers for Windows XP/Visa, the SDK "IC Imaging Control" and "IC Capture". The latter is a powerful end-user application, which allows all cameras parameters to be set, live video to be displayed, singular images and image sequences to be captured.
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GE-Series
Compact, high-performance Gigabit Ethernet CCD and CMOS cameras. GigE Vision compliant. Long cable-length, fast frame rates, advanced features.
GC-Series
Ultra compact gigabit Ethernet cameras (GigE Vision). Probably the fastest, and smallest high performance Gigabit Ethernet cameras in the world!
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GigE Vision™ is a new camera interface standard developed using the Gigabit Ethernet communication protocol. GigE Vision™ is the first standard to allow for fast image transfer using low cost standard cables over very long lengths. With GigE Vision™, hardware and software from different vendors can interoperate seamlessly over GigE connections.
The standard was developed for industry, by a talented group of companies representing every sector of the vision industry. The Automated Imaging Association (AIA) oversees the ongoing development and administration of the standard.
GigE Vision™ offers many benefits including:
- High bandwidth (1000 Mbps) allows large uncompressed images to be - transferred quickly in real time
- Uncompromised data transfer up to 100 meters in length
- Standard gigabit Ethernet hardware allows single/multiple camera connection to single/multiple computers
- Low cost cables (CAT5e or CAT6) and standard connectors
- Highly scalable to follow the growth of Ethernet bandwidth. As 10GigE becomes mainstream, GigE Vision™ will be the fastest connection in the industry
- Standard hardware, cables allow easy, low cost integration
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GigE uEye SE Industrial Cameras
The GigE uEye® SE extends the broad range of uEye® industrial cameras by very compact models with Gigabit Ethernet interface, specially tailored to the needs of plant and machinery manufacturers.
High-quality CCD and CMOS sensors with resolutions from VGA to 5 Megapixels make way for a wide range of applications.
The GigE uEye® SE models are not only driver compatible with all cameras of the uEye® range and across all interfaces, but also use the same SDK. The outcome is a camera that integrates into existing environments without any changes required.
In addition the uEye® SE provides the same plug-and-play ease for which IDS cameras are widely appreciated: Even Gigabit Ethernet models are configured automatically and are ready for use immediately.
GigE uEye UI-6210SE industrial camera models, VGA (640x480)
- 1/2" CCD sensor, global shutter, progressive scan
- max. 75 fps; 122 fps in AOI-mode with 320x240 pixels
- Exposure: 40 µs - 630 ms (freerun mode)
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MATRIX VISION's mvBlueCOUGAR-P is a compact industrial Gigabit Ethernet camera with a powerful PowerPC processor. The processor makes sure that the image processing takes place at the sensor directly and only the relevant data are transferred. Consequently bandwidth is saved allowing cameras with higher resolutions and frame rates to be used. Furthermore a processing server no longer has to perform low level processing actions. For this reason, the mvBlueCOUGAR-P is suited mainly to applications in the security industry or for industrial inspection, where a multitude of cameras is used and a large amount of data are processed.
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GigE Vision is, in theory, a highly attractive option as a bus standard for implementing machine vision systems. It offers high specifications for data rate and interconnection length, promises interoperability between vendors, and is based on a familiar, mainstream technology with all the concomitant advantages of economies of scale and ubiquity of deployment.
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Kappa introduces a new vision camera based on our modular high-performance platform with 14-bit digitization. The first model, the Zelos-02150 has a GigE Vision interface and offers a resolution of 1920 x 1080p and a frame rate of up to 30 fps. It fulfills all typical Kappa quality characteristics regarding hardiness and longevity.
The camera features several technical highlights. One of them is the 2/3” Kodak sensor KAI-02150, which supports 1080p and excels with an excellent dynamic range and the best image performance. A further plus is the high-performance GigE Vision interface. This creates a perfect combination of a high transfer rate (1 Gbit/s), a low-priced interface on the PC, inexpensive cabling with thin CAT5e cables up to 100 m (300 feet) and a standardized user-friendly communication protocol. The brilliant visualization of the smallest details with the lowest-contrast is the result of the numerous real-time signal processing functions based on a 14-bit digitization. Among the functions are adjustments of different exposure modes, read-out modes (e.g., binning, partial scan), frame rates, gain and exposure settings, measuring window functions, contrast and edge enhancement functions (e.g., histogram equalization), line and circular line generators and dynamic look-up tables. The color processing offers adjustments for the Bayer filter interpolation, color space transformation and color saturation. The modular camera platform can serve different sensors and signal interfaces and thus can fulfill the requirements for machine vision applications as well as applications in defense, aviation and medical imaging.
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Phantom Miro Airborne Camera
The Miro Airborne® is the best of our popular Miro 3 and Miro 4 cameras combined into a single unit ideal for Airborne® applications. Get the ruggedness and form factor of the Miro 3 with the secure, removable image storage of the Miro 4.
Designed and tested for Airborne® applications, the Miro Airborne® is an ideal digital solution. (Some Airborne®-specific environmental specifications listed below are target specifications still under validation -- Airborne® certification pending.)
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pco.1600
This high dynamic 14bit cooled CCD camera system comprises advanced CCD and electronics technology. With the new approach to integrate the image memory (camRAM) into the camera itself, it enables unmatched fast image recording with 160MB/s. The system features thermo-electrical cooling (delta vs. ambient -50°C), a superior high resolution (1600 x 1200pixel) and low noise (down to 12e- rms). It consists of a compact camera with an external intelligent power supply. The image data are transferred via customer selectable standard data interfaces to a computer (IEEE 1394 (“firewire”), camera link). The available exposure times range from 5µs to 49days (500ns opt.). This digital CCD camera system is perfectly suited for low light camera applications like fluorescence imaging and microscopy.
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pco.4000
This high resolution 14bit cooled CCD camera system comprises advanced CCD and electronics technology. With the new approach to integrate the image memory (camRAM) into the camera itself, it enables unmatched fast image recording with 128MB/s. The system features thermo-electrical cooling (delta vs. ambient -45°C), a superior high resolution (4008 x 2672pixel) and low noise (down to 12e- rms). It consists of a compact camera with an external intelligent power supply. The image data are transferred via customer selectable standard data interfaces to a computer (IEEE 1394 (“firewire”), camera link). The available exposure times range from 5µs to 49days. This cooled digital CCD camera system is perfectly suited for low light and high resolution camera applications, like microscopy, aerial photography or quality control.
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The INFINITYX-32 pixel shifting camera has been specifically designed for customers in the clinical, life and material science fields. Available at a fraction of the cost of competitive cameras, this complete imaging solution is an extraordinary tool for professionals who require multi-megapixel resolution, sub-pixel detail, precise color accuracy, high sensitivity, 12-bit data, and low noise levels
Live video provides for real-time focus, while auto exposure and auto white balance add to workflow efficiency and throughput. A USB 2.0 digital interface ensures a simple plug-and-play installation with no need for costly and difficult-to-handle framegrabbers.
The INFINITYX-32 includes INFINITY ANALYZE, an advanced and easy-to-use software tool with a wide variety of functions for image enhancement and analysis, including measurement, annotation, archiving and image processing.
CAMERA SENSOR
Image Sensor 1/1.8" format, 32 megapixel CCD, color or mono, 7.1mm x 5.4mm array
Effective Pixels 1616 x 1216, 4.4µm square pixels
Digital Output 8 and 12-bit uncompressed
Frame Rate 12 fps at 1616X1216, 25fps at 640x480
Dark Current (e-/s) 12
Dynamic Range >66dB
CAMERA CONTROLS
Integration Time 1/1000 to 2 sec.
Global Electronic Shutter
Auto Exposure Automatic / Manual
White Balance Automatic / Manual
Gain Programmable / 1 to 10X optimizable
Lens Mount Adjustable C-Mount lens adapter
Dimensions (L x W x H) 3.85 x 2.00 x 2.75 inches
Mass 300g
Power Requirement USB 2.0 bus power, or external 5VDC – 2.5mA
Power Consumption ~4Watts
Operating Temperature 0° C to +50° C
Operating Humidity 5%-95%, Non-condensing
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Digital Wavefront Cameras® deliver fast and reliable evaluation of wavefronts with ultimate performances at any wavelengths. Integrating state of the art Digital Wavefront Sensors®, these cameras measure tilts, divergence and convergence of wavefronts with an outstanding resolution only limited by CCD sensor.
Thanks to its flexibility in dynamic and resolution, Digital Wavefront Cameras® can address the most demanding applications in optics, laser beam analysis or in ophthalmology. Digital Wavefront Cameras® represent the latest advances in wavefront sensing providing unique advantages compared to conventional Shack-Hartmann sensors.
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With immediate effect, the DFW-SX910 will replace the DFW-SX900 model. With his high resolution, range of features, and internal colour treatment, the DFW-SX910 camera is ideal for quality-critical colour imaging applications, in any type of fluctuating lighting conditions.
This new advanced digital camera incorporate an IEEE 1394 digital interface, is easy to install and use, and produce highly detailed, uncompressed images.
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The Alta U16M uses a very large format 16-megapixel full frame sensor with microlensing and anti-blooming gates, ideal for applications requiring large field of view, such as sky surveys and radiology.
4096 x 4096 array, 9 x 9 micron pixels
5 MHz 12-bit and 1 MHz 16-bit digitization
32 Mbyte camera memory
USB 2.0 interface: no plug in cards or external controllers
Programmable, intelligent cooling to 40º C below ambient
Binning up to 8 Horizontal x 4095 Vertical
Subarray readout and fast sequencing modes
Precision time delayed integration readout
Programmable fan speed for low / zero vibration
Two serial port outputs for control of peripheral devices
General purpose programmable I/O port
External triggering and strobe controls
ActiveX drivers included with every system (other software sold separately)
Field upgradeable firmware
Self-test capability with data simulators
Fused silica windows
Runs from single 12V supply with input voltage monitor
Compact enclosure
Programmable status indicators
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These are cameras with high resolutions suitable for high detail image observation and measurement.
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pco.1300 solar
This versatile high performance 12 bit CCD camera system is specifically designed for electro luminescence (EL) applications in the range of 850nm - 1200nm. The pco.1300 oem has an extraordinary quantum efficiency of up to 11 % @ 900nm. At the heart of the camera is an FPGA processor allowing for sophisticated control and accurate timing of the CCD and associated electronics. In addition, a proprietary offset control algorithm has been developed which provides very high offset stability, regardless of ambient temperature or signal changes ensuring accurate and repeatable quantitative data over long periods of time. The pco.1300 solar’s most unique feature is its increased sensitivity in the NIR range of the spectrum. ROI, binning, cooling, as well as other features of the camera can be selected and optimized to accommodate the user's application. Camera features excellent resolution (1392 x 1040 pixel), 12 bit dynamic range, exposure time 5 µs to 1 hour, internal frame buffer for continuous image capture (64 MB min), excellent low noise of 7 e¯ rms @ 10 MHz, selectable regulated cooling to 5 ºC, standard interface IEEE1394a, optimal offset stability and control (< 1 count). This low light camera system is perfectly suited for many sensitive and low noise imaging applications, such as solar cell quality control, NIR fluorescence imaging, EL applications etc..
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Lumenera's Lu165 CCD USB 2.0 Camera
Lumenera’s Lu165 series of megapixel cameras are designed to be used in a wide variety of applications,particularly in low-light conditions and where high dynamic range is required. Both color and monochrome, enclosed and board level product models are available.
This ultra high-performance USB 2.0 camera provides 15 fps at 1392x1040 pixels. Based on a high-quality 2/3" CCD sensor with fast global shutter - ideal for capturing objects in motion. 1.4 megapixel ExView HAD CCD provides capture in the lowest of light conditions with, 8 or 12 bit digital output. I/O control for synchronization with strobe and peripheral devices. Advanced camera functions are available through a comprehensive Software Developers Kit, with sample code and full technical support to quickly integrate camera functions into your application.
CAMERA SENSOR
Image Sensor 2/3" format, color or mono, 10.2mm x 8.3mm array
Effective Pixels 1392 x 1040, 6.45µm square pixels
Frame Rate 15 fps at 1392x1040, 30 fps at 640x480 (binned)
Sensitivity High
Dynamic Range 72dB
Exposure Manual
White Balance Auto / Manual
Dimensions (W x H x D) 2.00 x 2.50 x 1.63 inches
Mass ~150g
Power Requirement External 6VDC, 800mA (included)
Power Consumption ~6.0 Watts
Operating Temperature 0° C to +50° C
Operating Humidity 20%-80%, Non-condensing
Interface Connector Standard USB 2.0
Lens Mount C-Mount
Frame Buffer 1 frame buffer (optional expansion to 12 frames)
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Apogee Instruments Inc has been in development of a low cost, high performance follow on to the successful Alta line. This camera fills the current void of lower cost cameras with higher speed and smaller footprints.
Apogee Instruments offers a broad range of professional imaging solutions. Over the years we have built an impressive list of satisfied customers. We are confident that you will find a solution to fit your needs at a cost that won't break your budget.
Contact our Sales Department with any questions you may have about our products or would like to pre-order an Ascent system.
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Ranger - The fastest camera in the world for three dimensional shape measurement!
The Ranger camera measures 3D features at unmatched speed producing a complete data set of the object measured. Providing a 3rd dimension adds height and shape measurement data, which can be critical when correctly classifying an object. Ranger is the key component in many market leading in-line inspection machines used in the Electronic, Semicon, Wood, Robot Vision, Plastic, Rubber and Food industries.
The Ranger acquires up to 35,000 profiles per second, each containing up to 1536 high quality 3D coordinates. This is more than 45 million 3D points per second!
The complete 3D calculation is done inside the camera and the ready-to-use 3D coordinates are sent directly to a standard PC via CameraLink or Gigabit Ethernet. This eliminates the need for expensive post processors.
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pco.1200 hs
This high speed 10bit CMOS camera system comprises advanced CMOS and electronics technology. With the new approach to integrate the image memory (camRAM) into the camera itself, it enables unmatched fast image recording with 1GB/s. The system features an excellent resolution (1280 x 1024pixel) and low noise. It consists of a compact camera with an external intelligent power supply. The image data are transferred via customer selectable standard data interfaces to a computer (IEEE 1394 (“firewire”), camera link). The available exposure times range from 1µs(50ns optional) to 5s. This digital CMOS camera system is perfectly suited for high speed camera applications such as material testing, external crash testing or super slow motion movie clips.
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pco.inspector highspeed
This high speed 10bit CMOS camera inspection system comprises advanced CMOS and electronics technology. It is packed together with an excellent Tablet PC LM1600 into a case with batteries and tripod. Therefore, the inspection system can be used anywhere operated for more than 2 hours by its own batteries.
With the new approach to integrate the image memory (camRAM) into the camera itself, it enables unmatched fast image recording with 1GB/s. The system features an excellent resolution (1280 x 1024pixel) and low noise. It consists of a compact camera with an external intelligent power supply. The image data are transferred via customer selectable standard data interfaces to a computer (IEEE 1394 (“firewire”), camera link). The available exposure times range from 1µs (50ns optional) to 5s. This digital CMOS camera system is perfectly suited for high speed inspection applications such as production line fault detection and motion analysis.
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The AVT Pike family consists of five fast and robust IEEE 1394b (S800) C-Mount cameras, which are equipped with highly sensitive high-quality CCD sensors. Each of these cameras is available in black/white with clear glas filter as well as in color with IR cut filter.
The cameras, operating in 14-bit mode, impress in almost any situation by their ability to produce highly sophisticated images. A wide selection of different resolutions between VGA and 5 MPixel (VGA, 1 MPixel, 1.45 MPixel, 2 MPixel, 4 MPixel and 5MPixel) leaves no wish unfulfilled and provides the right camera for all individual applications.
Due to its IEEE 1394b interface, it provides up to 62.5 MB/s and runs perfectly together with IEEE 1394a products in the same bus system.
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Lumenera's Lu075 High Speed Camera
This high-speed USB 2.0 camera provides 60 fps at 640x480 pixels. Based on a high-quality 1/3" CCD sensor with fast global shutter - ideal for capturing objects in motion. Low light sensitivity provides capture in even low light conditions with 8 or 12 bit digital output. I/O control for synchronization with strobe and peripheral devices. Advanced camera functions are available through a comprehensive Software Developers Kit, with sample code and full technical support to quickly integrate camera functions into your application.
CAMERA SENSOR
Image Sensor 1/3" format, 5.8mm x 4.9mm array
Effective Pixels 640 x 480, 7.4µm square pixels
Frame Rate 60 fps at 640x480, 100+ fps 320x240 (binning)
Sensitivity High
Dynamic Range 60dB
Exposure Auto / Manual
White Balance Auto / Manual
Dimensions (W x H x D) 2.25 x 3.85 x 1.56 inches
Mass ~300g
Power Requirement USB 2.0 bus power, or external 6VDC, 500mA
Power Consumption ~2.5Watts
Operating Temperature 0° C to +50° C
Operating Humidity 0%-95%, Non-condensing
Interface Connector Standard USB 2.0 cable
Lens Mount C-Mount (CS-mount option)
Frame Buffer 1 frame buffer (optional expansion to 50 frames)
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Alta Scientific Imaging Systems
Highest Speed, lowest noise, 16/12 bit dual digitization to >10MHz, TEC cooling to >55C. Lifetime warranty on CCD chamber seal. Fast USB 2.0 and 100Base-T Network Interfaces, advanced I/O control. The Alta imaging systems represent cost effective advanced imaging technology not found anywhere else.
For a full listing of Alta Series models please see:
Alta U Series USB 2.0 Cameras
Alta E Series Network Cameras
Apogee Instruments offers a broad range of professional imaging solutions. Over the years we have built an impressive list of satisfied customers. We are confident that you will find a solution to fit your needs at a cost that won't break your budget.
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Hamamatsu has been a pioneer in the world of ultrafast science and technology, i.e. phenomena occurring faster than one billionth of a second. Streak cameras are an indispensable tool in the world of picoseconds and femtosecond phenomena, capturing information that no other instrument can provide. Hamamatsu Systems Division also offers dedicated streak camera systems for specific applications such as the C4780 - Fluorescence Lifetime Measurement System - as well as Picosecond Light Sources and Picosecond Photodetectors.
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The i-SPEED camera system can be operated by almost anyone - just power on and it is immediately ready to start capturing your high speed events. No longer do users have to wait for the PC to power up - connection to the RCP (Remote Control Pad) or Olympus CDU (Camera Display Unit) allows full control of all camera functions. Immediate data analysis is possible to allow decision making at the source, making measurements on images that are synchronized to other data events with a live graphical display.
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Now we like to present the new HPV-2 high-speed video camera extending capabilities through new technologies and additional features.
The HPV-2 is a PC-controlled camera. Up to four HPV-2's can be synchronised to obtain three-dimensional images or simultaneous images from four different perspectives.
Shimadzu HPV-2 offers ultra-high speed video recording up to one million frames per second (fps) and maintains the excellent spatial resolution at any recording speed. It comprises a new developed single-chip CCD image sensor (IS-CCD). This sensor allows capturing high-speed images even under (a relatively) weak illumination.
Features
* Up to 1 million frames per second frame rate
* Constant resolution regardless of the frame rate
* Capture up to 100 single frames
* Excellent performance under low illumination
The HPV-2 is suitable for wide-range applications in various fields of science and technology, for example, studies on hydrodynamics, destruction processes, shock wave development, visualizing machining processes as well as fast chemical reactions. In the field of life science, medical research and sport science, HPV-2 will be an important tool too.
Often, conventional high-speed video camera resolution drops down as recording speed is increased. The spatial resolution of the HPV-2 does not deteriorate, even at the highest frame rate. The camera maintains excellent 312 x 260-pixel resolution at all recording speeds permitting detailed analysis of high-speed phenomena.
Easy-to-use, multifunction software
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Industrial video cameras
