Modular OEM Imaging Engine
The MicroHAWK® Engine offers OEMs and machine builders the industry’s smallest, most powerful, modular, and scalable smart camera platform available for solving barcode and machine vision application challenges.
The design of the MicroHAWK Engine builds upon Microscan's 30+ years of experience working with the world’s largest OEMs. MicroHAWK allows nearly endless combinations of easy-to-use software tools, optics, sensors, and processor performance to meet any OEM application requirement. Extremely small, powerful, and simple – MicroHAWK is the only solution for your embedded application.
Measuring just 19.5 mm x 28.7 mm x 33.9 mm and weighing less than 14 g, the MicroHAWK Engine is intended for embedding inside instruments, automation machines, or on robotic equipment.
Built around an ultra-fast microprocessor, MicroHAWK easily solves application challenges ranging from simple barcode reading to intensive machine vision inspections that typically require smart cameras 10 times its size.
The MicroHAWK Engine’s comprehensive tool set – barcode reading and/or machine vision software, optics, sensor, illumination, and an IP-rated enclosure – allows you virtually unlimited flexibility in configuring your application.
Reliability and Longevity
MicroHAWK delivers both reliability and high performance with the assurance of long-term availability and support. Microscan has served the OEM/Embedded market for over 30 years and we have a sophisticated understanding of the service and support required for the lifecycle of your machine.
Scalable Vision Software
The MicroHAWK Engine runs the full suite of Microscan machine vision tools. AutoVISION software provides an intuitive interface, step-by-step guides, and a library of presets that allow easy set up and deployment. Visionscape software is available for advanced users and more complex applications.
|MicroHAWK Engine: Capabilities
|| Plus Visionscape Option
Height: 19.5 mm (0.77")
Width: 28.7 mm (1.13”)
Length: 33.9 mm (1.33”)
Weight: 14 g (0.49 oz.)
Operating Temperature: 0° to 40° C
(32° to 104° F)
Humidity: 5% to 95% (non-condensing)
Progressive scan, square pixel.
Shutter: Software adjustable 10 μs to 16.7 ms
Shutter Type: Global (WVGA, SXGA), Rolling (QSXGA)
Sensor: 1/3 inch
WVGA: CMOS 752 x 480 pixels
SXGA: CMOS 1280 x 960 pixels
QSXGA (Color): CMOS 2592 x 1944 pixels
WVGA: Up to 60 full frames per second
SXGA: Up to 42 full frames per second
QSXGA: Up to 5 full frames per second
Interface: USB 2.0 High Speed
Type: Micro-USB Type B socket
Second USB port on ZIF connector
Type: High-output LEDs: 4 Red, 4 White, 2 Blue (Target Pattern), 2 Green (Green Flash on Good Read)
Blue V: Target Pattern
Green Flash: Good Read/Pass
Power: 4.75V – 5.25V
2GB non-volatile FLASH, 256MB RAM
Emissions: EN 55022:2010 Class A Limits
Microscan's smarter smart camera platform, MicroHAWK®, is unveiled for the first time at The Vision Show 2016 in Boston, MA. MicroHAWK combines advanced barcode reading up to complex machine vision inspection all on the world's smallest smart cameras available, ideal for embedded applications in OEM for factory automation and clinical instrumentation.
This is the first in a series of 10-minute videos to introduce new users to the basics of machine vision technology. In this video, users will learn what machine vision is, how it is used in factory automation, and its four most common applications.
The second installment in Microscan's Introduction to Machine Vision series: Why Use Machine Vision? This video overviews how machine vision can save money and increase profitability for inspection applications. Machine vision inspection can reduce product defects, increase yields, track parts and products through production, and facilitating compliance with regulations.
What are the components that make up a machine vision system? How do they work together in a production environment? In the third video of this introductory series, we discuss the five key components that make up a vision system: lighting, lens, sensor, vision processing and communication, and the impact that each of these can have on your application.