Market Leading Laser Sensing and Infrared Imaging Products Providing Quality Products for System Integrators and Custom Applications Developing Solutions in SWIR, MWIR, LWIR and Laser Sensing Systems Manufacturing Systems that Merge High-performance Laser and Imaging Technologies. Supporting applications such as; robotics and drones, industrial automation and maritime operations the Attollo WASP 200 can be configured with a CAN bus, ruggedized UART and LRF model.
Allowing the customer, the flexibility for their application. Weighing only 26 grams, this series of rangefinders are capable of identifying targets up to 200 meters away at a rate of up to 56 points per second. With operating temperatures of -20 to +60oC, accuracy at under 10 cm and performance over water the Attollo WASP 200 series are one of the most advanced laser rangefinders on the market.
The Attollo Phoenix features the industry's smallest SWIR VGA sensor at a 5 m pixel pitch. This 640512 resolution camera is built for low SWaP applications and offers a significant opportunity for cost savings at the system level.
Allowing the customer, the flexibility for their application. Weighing only 26 grams, this series of rangefinders are capable of identifying targets up to 200 meters away at a rate of up to 56 points per second. With operating temperatures of -20 to +60oC, accuracy at under 10 cm and performance over water the Attollo WASP 200 series are one of the most advanced laser rangefinders on the market.
The Attollo Phoenix features the industry's smallest SWIR VGA sensor at a 5 m pixel pitch. This 640512 resolution camera is built for low SWaP applications and offers a significant opportunity for cost savings at the system level.
Services
Attollo Engineering develops innovative infrared systems for imaging and laser detection.
We develop subassemblies and finished products with cutting-edge performance for our industry-leading partners.
Utilizing extensive expertise in the electro-optical market, knowledge of systems design, packaging and delivering superior solutions, we provide quality products for system integrators, original equipment manufacturers, and custom applications.
Attollo's headquarters is a 34,000 square foot facility in Camarillo, California.
We develop subassemblies and finished products with cutting-edge performance for our industry-leading partners.
Utilizing extensive expertise in the electro-optical market, knowledge of systems design, packaging and delivering superior solutions, we provide quality products for system integrators, original equipment manufacturers, and custom applications.
Attollo's headquarters is a 34,000 square foot facility in Camarillo, California.
The Attollo Phoenix features the industry's smallest SWIR VGA sensor at a 5m pixel pitch.
This 640512 resolution camera is built for low SWaP applications and offers a significant opportunity for cost-savings at the system level.
In addition to the small pixel pitch, the Phoenix employs Attollo Engineering's high-performance InGaAs detector material enabling more pixels on target with a short focal length optic.
The Phoenix's sensor is designed specifically to support passive imaging along with day /night laser see-spot and range-gated imaging capabilities.
This 640512 resolution camera is built for low SWaP applications and offers a significant opportunity for cost-savings at the system level.
In addition to the small pixel pitch, the Phoenix employs Attollo Engineering's high-performance InGaAs detector material enabling more pixels on target with a short focal length optic.
The Phoenix's sensor is designed specifically to support passive imaging along with day /night laser see-spot and range-gated imaging capabilities.
Attollo Engineering has the expertise and capability for the design and manufacture of Integrated Dewar Cooler Assemblies (IDCA).
Our IDCAs are designed for packaging Attollo's high operating temperature Strained Layer Superlattice structures with cooling varying between 120K and 150K depending on cutoff and performance requirements.
Our IDCA designs are extremely sensitive to SWaP and cost while utilizing providing excellent hermeticity and long-life cooler performance as well as designs tailored for the cost-sensitive attritable mission.
Our IDCAs are designed for packaging Attollo's high operating temperature Strained Layer Superlattice structures with cooling varying between 120K and 150K depending on cutoff and performance requirements.
Our IDCA designs are extremely sensitive to SWaP and cost while utilizing providing excellent hermeticity and long-life cooler performance as well as designs tailored for the cost-sensitive attritable mission.
Attollo Engineering designs and manufactures Indium Gallium Arsenide (InGaAs) detector material on-site and hybridizes those detectors to the Read-Out Integrated Circuit (ROIC).
The resulting focal plane arrays (FPAs) are packaged into a camera core.
Attollo can help customers pair that camera core with an optic to maximize performance.
The Attollo extended-SWIR material, based on Strain Layer Superlattice (SLS) detector technology, is ideal for machine vision and other applications with cutoff wavelengths in the 2.0 - 2.5 m spectral bands in a very small form factor IDCA.
The resulting focal plane arrays (FPAs) are packaged into a camera core.
Attollo can help customers pair that camera core with an optic to maximize performance.
The Attollo extended-SWIR material, based on Strain Layer Superlattice (SLS) detector technology, is ideal for machine vision and other applications with cutoff wavelengths in the 2.0 - 2.5 m spectral bands in a very small form factor IDCA.
Responsible for interfacing with existing and potential customers of infrared imagers and laser sensing products.
The candidate must have a good understanding of IR sensor integration into gimbals, fixed locations, pan and tilt devices, and other higher-level assemblies.
Must be able to communicate infrared camera performance characteristics and understand the camera performance in relation to customer requirements.
The candidate should have an understanding of LIDAR and photoreceiver components and complete systems to include laser sensor performance in relation to the system-level requirements.
The candidate must have a good understanding of IR sensor integration into gimbals, fixed locations, pan and tilt devices, and other higher-level assemblies.
Must be able to communicate infrared camera performance characteristics and understand the camera performance in relation to customer requirements.
The candidate should have an understanding of LIDAR and photoreceiver components and complete systems to include laser sensor performance in relation to the system-level requirements.
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