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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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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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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 40ş 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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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 eŻ rms @ 10 MHz, selectable regulated cooling to 5 şC, 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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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.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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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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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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The IPX-VGA210-L is an advanced, high-resolution progressive scan, fully programmable and field upgradable CCD camera, build around KODAK's KAI-0340 interline transfer CCD. The camera provides 640 x 480 resolution and delivers 210 frames per second at full resolution. The camera image processing engine is based on a 1 million gate FPGA and 32 bit RISC processor, featuring programmable resolution, AOI, binning, triggering, shutter, long integration, transfer function correction and temperature monitor.
LYNX IPX-VGA210-G, IPX-VGA210-GC:
- 640 x 480 @ 210 fps
- Mono or Color, 8/10/12-bit data
- Gig E (Gigabit Ethernet), Single or Dual Tap
- 32-bit Risc Processor
- Horizontal and Vertical binning
- Programmable Resolution and Frame Rate
- Programmable External Trigger
- Dynamic Transfer Function Correction
- Dynamic S/N Correction
- Defective Pixel Correction - NEW FEATURE!
- Temperature Monitor
- Field upgradable software, firmware, LUT
- 802.3, Ethernet v2.0, IP, ICMP, UDP, and PING support
- Automatic Iris Control - optional
LYNX IPX-VGA210-L, IPX-VGA210-LC:
- 640 x 480 @ 210 fps
- Mono or Color, 8/10/12-bit data
- Base Camera Link, Single or Dual Tap
- RS232 Serial Communication
- 32-bit Risc Processor
- Horizontal and Vertical binning
- Programmable Resolution and Frame Rate
- Programmable External Trigger
- Dynamic Transfer Function Correction
- Dynamic S/N Correction
- Defective Pixel Correction - NEW FEATURE!
- Temperature Monitor
- Field upgradable software, firmware, LUT
- Automatic Iris Control - optional
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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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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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New High-Speed Video Camera Hyper Vision HPV-1. Shimadzu HPV-1 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-1 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-1 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-1 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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The FastCamera13 is a high-speed megapixel digital camera system, based on a CMOS imager with an global electronic shutter. This camera has a high-speed, scaleable, integrated FPGA and memory subsystem which enable stand-alone high speed in-camera image processing. When integrated with a camera link framegrabber/coprocessor board, the resulting system capabilities can be expanded by adding processors and memory on the board according to the needs of the user.
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The FastCamera40 is a high-speed megapixel digital camera system, based on a CMOS imager with an global electronic shutter. This camera has a high-speed, scaleable, integrated FPGA and memory subsystem which enable stand-alone high speed in-camera image processing. When integrated with a camera link framegrabber/coprocessor board, the resulting system capabilities can be expanded by adding processors and memory on the board according to the needs of the user.
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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.
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Features:
Full, 1,024 by 1,024 pixel resolution, up to 2,000 frames per second (fps)
10-bit monochrome, 30-bit color CMOS sensor with large pixels for increased sensitivity
Recording at frame rates up to 100,000 fps
Global electronic shutter to 4µs
Memory segment feature - enables 64 different recordings to be made in one session
IRIG or GPS timing is recorded in real time on every frame - not appended later
Lightweight tethered camera head enables easy access to hazardous or hard to reach locations
Camera can be controlled via Photron Gigabit Optical Network, Ethernet, FireWire and Keypad
Image memory can be expanded to 8 Gigabytes to facilitate 3 second record duration at maximum resolution and 2,000 fps or 6 seconds at 1,000 fps
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Features:
Full, 1,024 by 1,024 pixel resolution, up to 3,000 fps, 512 by 512 pixels at 10,000 fps
10-bit monochrome, 30-bit color CMOS sensor with large pixels for unsurpassed sensitivity
Short inter-frame time makes the APX-RS ideal for PIV and DIC applications
Top recording speed is 250,000 fps - an industry record
Global electronic shutter to 2µs
Memory segment feature - enables 64 different recordings to be made in one session
IRIG or GPS timing is recorded in real time on every frame - not appended later
Solid Single piece design for easier handling and use in hostile environments
Image memory can be expanded to facilitate 6 second recordings at 1,000 fps
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The FASTCAM 1024 PCI is the world's first PC based mega pixel @ 1,000 fps camera is perfect for high speed PIV and DIC applications.
Utilizing the same super sensitive CMOS sensor used in the Emmy award TM winning ultima APX and ultima APX-RS cameras, the 1024 PCI offers true 10 bit images all the way to a top speed in excess of 100,000 fps.
The compact camera head is ideal for use in tricky to locate or hazardous locations and is supplied with both C and F-mount lens adaptors. A single flexible cable sixteen feet (5 meters) long connects the camera head to the PCI card which resides in either a standard desktop PC or more portable PCI cradle connected to a laptop.
Several different memory options are available; all fitting snugly against the card to ensure never more than a single PCI slot is required per camera system. Current options include:
Standard 2 Gigabyte (GB) for 1.54 second record time at 1,000 fps.
Enhanced 6GB for 4.61 seconds at 1,000 fps.
Expanded 12GB for 9.22 seconds at 1,000 fps (available Q1 2005)
Maximum 24GB for 18.44 seconds at 1,000 fps (available Q1 2005)
Despite the compact packaging, the 1024 PCI offers amazing bang for the buck with many of the features normally only available with much more costly systems, such as memory partitioning, variable speed/aspect ratios, over exposure protection, etc.
Contact Photron to schedule a demonstration of this powerful new slow motion analysis tool.
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The camera series of high-resolution digital cameras is based on variable camera electronics, low power consumption, advanced circuitry, and an extremely rugged design with an excellent signal quality at the same time. The integrator can choose between color or black-and-white systems, high-quality CCD sensors by Sony and Kodak with megapixel resolution and various interfaces (FireWire/ IIDC compatible, CameraLink, GigE).
The digital PS cameras have been designed especially for software integrations. The matching Kappa sdk3 offers state-of-the-art software environment based on .net and C-API. Together with the sdk or the detailed interface description the PS cameras convince as high-performance components in all measuring and testing machines.
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Features:
Full 512 x 512 pixel resolution up to 2,000 frames per second (fps)
10-bit monochrome, 30-bit color CMOS sensor with large 16 µm pixels for increased sensitivity
Recording at frame rates up to 32,000 fps
Global electronic shutter to 4µs
Memory segment feature - enables 64 different recordings to be made in one session
IRIG or GPS timing is recorded in real time on every frame - not appended later
Lightweight tethered camera head enables easy access to hazardous or hard to reach locations
Camera can be controlled via Photron Gigabit Optical Network, Ethernet, FireWire and Keypad
Image memory can be expanded to facilitate 3 second record duration at maximum resolution at all speeds for 2,000 fps and faster, and 6 seconds at 1,000 fps
Dual Speed Recording mode allows the frame rate to be changed "on the fly" during a recording
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hsfc pro
Having a single optical input, this camera system comprises a image splitter unit, four intensified CCD camera modules with fast switchable MCP image intensifiers and high resolution CCD image sensors. Each module with its 12 bit dynamic range and a high resolution CCD image sensor features an excellent signal-to-noise-ratio and the ability of single photon detection. Four high speed serial fiber optic data links connect the system to the PC. It can be triggered externally by light or electrical input.
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dicam pro
This is a high performance intensified CCD camera system with gating times down to 1.5 ns. With its 12 bit dynamic range and a high resolution CCD image sensor it features an excellent signal-to-noise-ratio and the ability of single photon detection. The system is suited for applications in environments with high electromagnetic disturbances. A high speed serial fiber optic data link connects the system to the PC. The camera can be triggered by light or electrical input.
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The APX-i2 brings the many benefits of an intensified head to the ultima APX. Providing true mega pixel resolution (1,048,576 ten bit pixels per frame) to 2,000 frames per second (fps) and with gating down to twenty nanoseconds, the intensified head is swappable with either the monochrome or color camera heads on any existing ultima APX system; meaning one APX processor can support ALL three different camera heads without needing retuning or modification. Another real nice feature of the ultima APX-i2 is the ability to offset sequential frames by as little as one nanosecond. This enables cyclical events, such as inkjet printer operation to be recorded with one image per cycle, and as little time as a single nanosecond between frames to give an apparent equivalent framing rate of 1,000,000,000 fps at mega pixel resolution! For applications requiring a fast and truly cyclical framing rate, the APX-i2 retains the APX's ability to operate as fast as 120,000 fps and preserves all the features that have made the ultima APX the best selling mega-pixel camera in the world.
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sensicam qe
This high performance cooled digital 12 bit CCD camera system comprises advanced CCD and electronics technology. The system features thermo-electrical cooling of the image sensor (down to – 12 °C), extremely low noise (down to 4 e- rms) and an outstanding quantum efficiency, which achieves a high spectral sensitivity in general and especially in the NIR. Exposure time modes (software selectable) range from 500 ns (fast shutter) to 3600 s (long exposure). A high speed serial data link connects the system to the PC (fiber optic link available). This low light camera system is perfectly suited for many sensitive and low noise imaging applications, such as fluorescence imaging, confocal & light microscopy etc..
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The World's Smallest CCD Cameras for Endoscopy.
1.8mm and 3mm Miniature CCD Video Cameras and 3mm CMOS Video Camera for Endoscopy.
Medigus offers miniature color CCD and CMOS video cameras for endoscopy in 3mm x 3mm (CCD & CMOS) and 1.8mm x 1.8mm (CCD) size formats. The cameras provide excellent image quality. The 1.8mm camera is the smallest CCD video camera in the world. The camera technologies are suitable for both reusbale and disposable endoscopy applications.
The cameras are ready-for-integration into endoscopes and are suitable as visualization devices for companies that wish to develop their own flexible and rigid video endoscopes. The uniquely designed patent-protected camera head allows for decreased endoscope diameters for visualizing hard-to-access locations that are otherwise not visible.
The cameras are the proprietary technology of Medigus. All cameras and optics are assembled at Medigus facilities, which were designed specifically for this purpose. State-of-the-art optical testing equipment is utilized throughout the manufacturing process of the cameras.
The cameras are used in existing endoscopes manufactured by many large and small scale companies, including amongts others major medical device companies.
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The World's Smallest CCD Cameras for Endoscopy.
1.8mm and 3mm Miniature CCD Video Cameras and 3mm CMOS Video Camera for Endoscopy.
Medigus offers miniature color CCD and CMOS video cameras for endoscopy in 3mm x 3mm (CCD & CMOS) and 1.8mm x 1.8mm (CCD) size formats. The cameras provide excellent image quality. The 1.8mm camera is the smallest CCD video camera in the world. The camera technologies are suitable for both reusbale and disposable endoscopy applications.
The cameras are ready-for-integration into endoscopes and are suitable as visualization devices for companies that wish to develop their own flexible and rigid video endoscopes. The uniquely designed patent-protected camera head allows for decreased endoscope diameters for visualizing hard-to-access locations that are otherwise not visible.
The cameras are the proprietary technology of Medigus. All cameras and optics are assembled at Medigus facilities, which were designed specifically for this purpose. State-of-the-art optical testing equipment is utilized throughout the manufacturing process of the cameras.
The cameras are used in existing endoscopes manufactured by many large and small scale companies, including amongts others major medical device companies.
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The World's Smallest CCD Video Cameras for Endosocpes and Borescopes.
Medigus manufactures micro CCD video camera systems with either a 3.0mm x 3.0mm or a 1.8mm x 1.8mm camera head, the latter being the world's smallest video CCD camera.
The cameras are a ready for integration into various visulaization and inspection devices, such as borescopes.
The cameras are the proprietary technology of Medigus Ltd.
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The World's Smallest CCD Video Cameras for Endoscopy.
Medigus manufactures micro CCD video camera systems with either a 3.0mm x 3.0mm or a 1.8mm x 1.8mm camera head, the latter being the world's smallest CCD camera.
The cameras are a ready for integration into various visulaization and inspection devices, such as industrial endoscopes.
Applications include Remote Visual Inspection (RVI) and Non Destructive Testing (NDT).
The cameras are the proprietary technology of Medigus Ltd.
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Industrial video cameras
