The box-type intelligent storage hook-pulling fork is a logistics equipment specifically designed for box-type automated storage and retrieval systems. It employs a push-pull or hook-pulling method to insert or remove containers from storage locations. Its unique structural design and efficient operational performance meet the handling requirements of small containers in various environments.

I. Basic Concepts
Concept: The hook-pulling fork is a common type of box-type handling fork that uses small iron rods to engage the front and rear ends of containers, enabling pushing or hook-pulling operations.
Aliases: Finger-actuated fork [finger fork], rod-actuated fork [rod fork], pull-actuated fork [pull fork], hook-actuated fork [hook fork], etc.
II. Structure and Composition
[1] Main components: Include guide rails [slide rails], sprocket chains, racks, limit switches [position switches], sensor switches [mid-position switches], main motor, rod actuator motor, and two sets of vertically oriented fork arms.
[2] Fork material: Mostly made of lightweight aluminum alloy, surface-treated with anodization for an aesthetically pleasing appearance.
[3] Structural types: Various structural types are available, such as single storage location structure, double storage location structure, shallow storage location structure, deep storage location structure, and other different storage configurations.
III. Functions and Features
[1]: Capable of easily pushing containers into storage locations or removing them, characterized by energy efficiency, low consumption, speed, and high efficiency.
[2]: Strong adaptability, customizable according to different container sizes to meet the handling needs of various types of materials, whether cardboard boxes, plastic barrels [plastic containers], or metal boxes, it can handle them effortlessly.
[3]: Through seamless integration with warehouse management systems, the box-type intelligent storage hook-pulling fork enables real-time data transmission and monitoring, providing up-to-date information on the position and status of goods. Whether in narrow spaces or complex storage environments, it can accurately complete material handling tasks.
IV. Application Scenarios
Scope of application: Widely used in box-type automated intelligent warehouses, especially in dense multi-layer container storage scenarios, such as pharmaceuticals, food, electronics, retail, and other industries.
VI. Manufacturers and Services
Manufacturers: For example, Anhui Jiwei Intelligent Equipment Co., Ltd., among others, offering comprehensive services from research and development, design, production, to sales.
Service capabilities: Possess the ability to quickly complete solution designs and short-term delivery production processing, meeting various customized needs of customers.