Automatically complete probe loading, automatic insertion of molten steel temperature measurement and sampling, automatic precise measurement, automatic unloading of the probe, “accurate action and measurement”
Automatic slag grabbing (bulk material), precise positioning, anti-swing, automatic avoidance, automatic weighing, remote control, automatic feeding.
Measure the remaining thickness of the refractory bricks in the lining, preventing steel penetration accidents. Users can use the lining thickness data to perform localized patching on severely eroded areas, extending the converter’s service life, reducing the frequency of cold repairs, and thus saving on refractory material costs for lining repairs.
Analyzes the vibration signal of the ladle arm through vibration sensors, acquires slag discharge information in real time, and automatically closes the slide plate, improving steel yield and purity, enhancing the quality of finished steel billets
The IVD Infrared BOF/EAF Tapping Slag Detection System utilizes advanced high-resolution infrared thermal imaging to differentiate between molten steel and slag during the tapping process. By identifying the distinct emissivity profiles of materials, the system provides real-time, automated slag carryover monitoring to enhance steel cleanliness and maximize alloy recovery.
Use infrared thermal imaging technology to detect defects in refractory materials such as converters, ladles, and hot blast furnaces. Apply infrared thermal imaging cameras to detect the surface temperature of ladles around the clock, infer the thickness of the ladle wall, and present the temperature of the ladle and the vault lining of the hot blast furnace in real-time.
Through online detection of the measured object, possible safety/production hazards can be detected and alarmed.
By automatically controlling the converter tapping angle and integrating slag detection technology, a fully automated tapping process—characterized by speed, safety, and the absence of spillage or slag carryover—is achieved, significantly enhancing steelmaking efficiency and molten steel purity.
With the help of computer graphics processing technology, based on analysis of operating conditions of the sintering trolley and its wheel axle oiling characteristics to identify and position the trolley wheels, this kind of six (three)-axis robot is designed to cooperate with visual positioning and visual judging system to complete wheel oiling and damage assessment.
Realize remote slag raking and remote operation and maintenance. The system controls the slag raking machine to move according to the set path to realize automatic slag raking.
Inspection valve closure, abnormal gas, abnormal sound, equipment surface temperature inspection, instrument data reading, etc., in the basement corridor of a coke oven.
The system can automatically identify the hook to improve the stability of the hoisting process, which is of great significance in eliminating production risks and reducing costs.
Unmanned operation system equipment for dumper (including hook lifting robot, positive hook robot and rehook robot)
Extracts structured light imaging contours and recognizes tape tears in real-time, and cracks or serious damage to tape surface.
Sampling of cars and trains. Intelligent control and judgment, national standard sampling, automatic sample preparation, unattended.
The particle size and proportion of the object are analyzed and counted, and volume and flow detection are based on 3D line laser scanning.
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