-Possessing advanced technical design, adopting high-strength materials and precise manufacturing techniques to ensure its stable and reliable structure, capable of withstanding huge weights and complex operating environments.
-Having an accurate control system, including an intelligent operation interface and precise control mechanism, which can realize fine adjustment and control of various actions of the crane to ensure the accuracy and safety of hoisting.
-Being equipped with a high-performance power system, no matter it is electric, hydraulic or other power forms, it can provide strong and stable power output to ensure the efficient operation of the crane under various working conditions.
-Professional safety protection mechanisms, such as overload protection, limit devices, emergency braking systems, etc., to comprehensively guarantee the safety of personnel and equipment during the operation of the crane.
Aiming at the stacking forms and storage requirements of different items such as bulk materials, boxes, bundles, rolls, etc., the monitoring and management system MES suitable for the requirements of working conditions is developed, including interface subsystems, cargo inventory management subsystems, item identification subsystems, scheduling and crane operation subsystems, and spatial positioning subsystems.
For different items such as bulk materials, boxes, bundles, rolls, etc., it is necessary to study the production status and application of various types of pick-up devices, develop automatic pick-up devices suitable for intelligent crane applications, and determine the automatic pick-up technical solutions for various types of items. Including hooks, C-hooks, electromagnetic suction cups, vacuum suction cups, forks, tongs, clamps, fixtures, hanging beams, box spreaders, cans, grabs, grips and so on.
-The R & D team focuses on the continuous innovation and optimization of crane technology, continuously devoting energy to the research and application of new technologies to improve the performance and functions of the crane.
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The production team focuses on every manufacturing detail, strictly controlling the quality checkpoints to ensure that each crane meets the high-standard quality requirements.
-The after-sales service team focuses on providing timely, professional and thoughtful services to customers, quickly responding to customer needs and solving any problems encountered by customers during use.
-The enterprise focuses on the field of cranes, deeply understands the industry needs and development trends, and specifically develops crane products that adapt to different scenarios and needs, continuously expanding the application scope and market share of the crane.
The safety monitoring system realises data acquisition, data processing and data uploading of crane status and fault information. The data platform and safety monitoring system adopt industrial-grade VPN to realise remote maintenance and upgrade.
Barcode recognition, RF specific grid ID RF recognition, speech recognition, optical character recognition, magnetic recognition and image, graphic recognition, biometrics and other image and graphic format information recognition technologies.
The anti-swaying of the crane is mainly based on the frequency conversion anti-swaying technology with a swing angle control algorithm feedback device, and the frequency conversion anti-swaying technology relying on the speed control algorithm to achieve the speed control anti-swaying function.
Crane three-dimensional positioning technology involves one-, two- and three-dimensional addressing and positioning methods for shape monitoring, vacancy detection and actual storage location of lifted items, as well as for crane pick-up devices (hooks, forks, suction cups, clamps, grabs, etc.).
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