SUALAB is a leading provider of deep learning machine vision solutions. SUALAB, home of excellent engineers from deep learning and machine vision fields, combines the technologies of those industries to develop products that provide more convenience to people’s daily lives.
In particular, SUALAB enables fast and accurate machine vision inspection by using deep learning algorithms and image analysis technologies.
This solution, ‘SuaKIT’, is applicable in various manufacturing industries such as electronics (display, PCB, semiconductors, batteries, etc.), automotives, and others where existing machine vision technology is not easily implemented.
Deep-learning S/W Library for Machine Vision ‘SuaKIT’
SuaKIT accurately detects position, area, and shape of the defects in the unit of pixels. It classifies multiple images in line with predetermined classes. This solution detects, and classifies various types of objects in a single image in a box form.
The company’s president explained, “In line with 4th industrial revolution era, the demand for factory automation solutions in the near future is expected to increase, and so we decided to pioneer a new market for us where big strides so far had not been made through existing technologies –by utilizing our differentiated technologies.”
SUALAB has successfully commercialized solutions for various kinds of manufacturers including Samsung, POSCO, Kolon, Korea Minting and Security Printing Corporation, etc. – based upon its own differentiated AI technologies. SUALAB was selected as a global top-8 start-up in Asia’s only machine vision area in 2016 by the AIA, the largest global machine vision association, in recognition of such performance.
SUALAB was also awarded the grand prize in the machine vision section at the ‘2018 Industry Awards Korea,’ where the company was recognized for creating new value by developing technology related to the manufacturing industry. And early this year, SUALAB participated in a global business meeting where global business issues were dealt with between a BMW official and nine domestic start-ups hoping to advance into overseas markets in both vehicle (AI, sensors, and autonomous driving, etc.) and convergence areas (braille skills, new materials, manufacturing process).
A spokesperson for the company raised expectations by saying “Cooperation with a multinational company offers an invaluable opportunity for start-ups to scale-up, so through this we will aggressively proceed with investment inducement, pioneering overseas sales opportunities.”
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Currently, Sungsan High Tech is locally supplying parts that PCB companies need when entering overseas markets. Also, it has made efforts since 2017 to localize some of the SUS plates that had depended on imports for 30 years, and as a result it successfully localized SUS plate301 for the first time in South Korea in the beginning of 2018 and began to sell the plate to domestic and foreign (Chinese) PCB companies.
The localized SUS plate is at least 30% less expensive than the imports and can be quickly delivered within two months, whereas imports from Japan currently take around ten months. This increases competitiveness and expansion in domestic and overseas markets is expected.
Sungsan High Tech is steadily supplying its products to PCBspecialized companies thanks to the client companies’ accumulated trust in the quality of its products, as a result of its developing technologies required for various kinds of plate processing and its all-out efforts for developing of newer surface treatment methods. Currently, Sungsan High Tech is largely exporting to China, Vietnam, Singapore, and the Philippines.
The high-resolution 3D scanners from the ATOS product line guarantee high process security. The proven stereo camera setup allows a completely self-monitoring system. Calibration and sensor movements are checked continuously preventing measuring errors and thus delivering accurate and reliable measuring data. The projection unit‘s narrowband Blue Light Technology enables precise measurements regardless of ambient light conditions.
accurate measurements can be taken independently of ambient light conditions.
ARAMIS evaluates high-resolution images recorded from any test object during loading. With the help of adjustment computations, a precise mathematical calibration model of the sensor setup is calculated including camera positions and lens distortion parameters.
Strains are calculated considering the component‘s geometry and plasticity theory. As the image acquisition is time-based, 3D velocities and strain rates are automatically achieved.
These models, having much in common in functional features, can directly store the high-definition image at a camera and measure the targeted object by using non-complicated measuring software without a computer. These models’ shutters can be operated manually. The image size to be stored is 1920 x 1080x 240 bit. The pixel of the image to be stored is 2.75 x 2.75 um. The exposure of the three models can be adjusted both automatically and manually.
satisfaction and it is thus considered a highly trusted company by its clients based upon its high-level technology, honesty, and sincerity.
In addition, even if it is turned on for a whole month, the electricity cost amounts to only about KRW 400, which is very economical. Due to the simple and modern nature of its design, it provides you with a cool interior effect blending well with the surrounding environment no matter where it may be located.
OnFace’s facial recognition door lock allows convenient use, even without the use of one’s hands. It enables automatic facial recognition within a certain distance. This has the capability for fast perception speed (0.3 seconds of response rate). This door lock supports multi-platform expansion and supports facial recognition even in the dark.
