Technologies

The stacker crane is the core equipment of the Automated Storage and Retrieval System（AS/RS). It has the ability to move horizontally along the ground rails and sky rails in the aisle, and to perform vertical lifting of the loading platform, achieving precise retrieval and material handling of any storage position in the high-rise shelves; it is widely used in high-density storage and material distribution scenarios at the production line side.

AMR/AGV has the ability to move and lift in all directions on the ground, and can complete autonomous loading and unloading of heavy-duty containers as well as cargo handling tasks. With its highly flexible operational characteristics, it is widely applicable to various handling operations in warehousing and industrial scenarios.

AMR/AGV are flexible and efficient material handling robots, capable of all-round ground movement and lifting, etc., can complete the autonomous picking and placing of heavy containers as well as cargo handling tasks.With its highly flexible operational characteristics, it is widely applicable to various handling operations in warehousing and industrial scenarios.

The RGV is a high-speed automated handling equipment that runs on pre-determined tracks. The passage for RGV can be designed to any length as needed, and during the process of handling and moving goods, no other equipment is required to enter the passage, making it fast and highly safe.

Four-way Shuttle is a high-density storage and flexible variable warehouse robot that can autonomously move in all four directions (front, back, left, and right), support cross-waling operations, and can complete floor-level changes through an elevator, possessing extremely high operational freedom.

The Conveyor System is the neural network for the automatic flow of materials. Through conveyor units such as chains, rollers, and belts, it enables the continuous and automatic transportation and circulation of materials, pallets, bins, and workpieces among various processes, equipment, and operation areas. It can be flexibly combined according to production processes and logistics routes and is widely used in scenarios such as warehousing logistics, production manufacturing, assembly testing, and packaging and shipping.

The Lift  is a key hub across floors, capable of vertical material lifting and cross-floor transfer. It can automatically connect and efficiently flow pallets, material boxes and workpieces between different height workstations, conveyor lines or storage systems. As an important connecting device in the logistics system, it is widely used in scenarios such as AS/RS, four-way shuttle warehouse, conveyor systems, and multi-layer production workshop.

To address the challenges of multi-specification mixed storage, complex transportation and high safety risks of heavy pipe materials, a long material intelligent warehousing and logistics system is constructed with a Cantilever Shelf Automated Warehouse as the core, integrating intelligent lifting devices, automatic loading systems and online defect detection. This system realizes high-density storage and automated inbound and outbound operations, enhancing warehouse utilization, logistics efficiency and operational safety.

Mainly used for transferring silicon rods between the restoration workshop and the temporary storage warehouse. The vehicle body has passed the highest explosion-proof standard DII Ct 4 certification of NEC in the United States. It adopts dustproof and waterproof design and has passed the IP55 protection level, achieving overall explosion-proof, dustproof, and waterproof of the vehicle body. Can load 1-4 tons or be customized, using SLAM dual navigation laser, omnidirectional movement, dual 360 ° safety laser protection, achieving multiple safety protections.

It is a complete solution integrating intelligent recognition, task scheduling and automation for logistics loading. Through 3D vision, AI algorithms and intelligent equipment, it enables fully automated operations throughout the process from order generation, vehicle identification, cargo re-inspection to automatic stacking and loading, effectively addressing issues such as low efficiency, high errors, high safety risks and difficult quality control in traditional manual loading.

By using 3D vision cameras and point cloud detection algorithms, metal surface defect detection and size measurement can be achieved with an accuracy of 0.05mm. Defects such as burrs, pits, bulges, and cracks can be identified, and surface size and appearance quality can be detected through 3D line scanning and planar photography. Our self-developed algorithm extracts deformation features from the point cloud, realizing digital visualization management of each plate or tube rod, effectively replacing manual quality inspection, improving the pass rate, and connecting the data traceability flow.

Adopting intelligent electric permanent magnet and telescopic hanging beam technology, it has the function of automatic feedback and regulation of magnetic field strength. The system supports heavy-duty lifting of 9-18.5m ultra long steel plates (up to 30 tons), and can accurately split 1-6 steel plates within a thickness range of 6.4-40mm according to instructions. By combining power-off magnetic insulation technology with an information management platform, we can achieve full process safety monitoring and digital tracking of steel plates from storage to loading.

By integrating advanced technologies such as intelligent overhead cranes, lifting equipment, and visual positioning, and adopting an innovative strategy of "single unloading, centering and preparation, stacking one by one, and multi lifting", the entire process of unmanned operation of steel plate raw materials from unloading, preparation and inspection to automatic stacking is achieved. The system significantly improves the efficiency of unloading and warehousing, and fundamentally eliminates safety hazards caused by manual operations.

Based on machine vision, the fusion of multi feature recognition and point cloud reconstruction algorithms overcomes the visual recognition challenges in complex outdoor lighting and background environments, achieving automatic hooking and decoupling of finished steel pipe lifting equipment. The system supports the lifting of single or double steel pipes within the range of 9-18.5m in length and D350-D1412mm in diameter, effectively optimizing the delivery and delivery of finished steel pipes, and has remarkable progressiveness and innovation.