Beacon Robot Heavy-Duty Intelligent Forklift | Empowering Full-Scenario Coil Material Handling, Solving Industry Transport Challenges

A single coil can weigh over ten tons, with a cylindrical shape and smooth surface that makes it difficult for traditional forklifts to securely lift. From production line offloading and buffer transfer, to wire drawing machine feeding and scrap material return, and finally to finished cable drum outbound — multiple stages have long relied on manually operated forklifts, resulting not only in low efficiency but also safety risks such as collisions and tipping falls. Beacon Robot's heavy-duty intelligent forklift, tailor-made for a leading enterprise in the cable industry, has been officially put into operation. With the innovative combination of "extended inclined forks + full-process intelligent scheduling," it has successfully established a fully automated material handling link from semi-finished products to finished goods.

I. Pain Points: Multiple Aluminum Coil Transfer Stages, Difficult Coordination, Heavy Reliance on Manual Labor

The leading enterprise's aluminum coil and cable production line encompasses four core transfer nodes:

1. Aluminum Coil Offloading and Buffering: Heavy aluminum coils produced in the workshop must be quickly offloaded and transferred to the buffer area. Manually operated forklifts frequently travel back and forth, occupying aisles and easily causing congestion;
2. Aluminum Coil Feeding to Wire Drawing Machines: The wire drawing process requires aluminum coils to be delivered to machines precisely according to rhythm. Traditional methods rely on manual judgment and handling, leading to machine waiting and delayed material supply;
3. Scrap Material Return: Remaining aluminum coils (scrap material) after use in wire drawing machines need to be returned to the warehouse. However, the scrap material varies in weight and size, making manual registration cumbersome and error-prone;
4. Finished Product Offloading and Shipment: Finished cable drums are equally bulky, limiting shipment loading efficiency, and lack unified scheduling with upstream material supply.

II. Customized Solution: Extended Inclined Forks, Born for Aluminum Coils

Addressing the physical characteristics of aluminum coils — smooth outer surface, prone to rolling, and heavy weight — Beacon Robot broke away from traditional universal forklift design and developed a deeply customized heavy-duty intelligent forklift for this enterprise. The core highlights are as follows:

1. Extended Custom Inclined Forks: The fork length and tilt angle are precisely calculated based on the inner and outer diameter dimensions of aluminum coils. During lifting, the inclined surface naturally conforms to the curved inner surface of the coil, achieving secure support. This effectively prevents sliding, displacement, or rolling of aluminum coils during transport, thoroughly solving the industry challenge of unstable lifting of cylindrical heavy objects.
2. Heavy-Duty Super Load Capacity, All-Solid Rubber Tires: A robust chassis and drive system can effortlessly handle 12-ton-class aluminum coils and finished cable drums. Large-diameter solid tires adapt to gentle ramps and complex road conditions both inside and outside the workshop, ensuring smooth and reliable operation.
3. 3D Laser Navigation + Visual End Correction: No need for magnetic strips or QR codes. Real-time mapping and positioning are achieved, and the end-of-line visual recognition system can precisely perceive the positions of aluminum coils and machines, with docking accuracy reaching ±10mm, ensuring zero deviation in lifting, placement, and scrap material return.

III. Customer Value: Efficiency Leap, Controllable Costs, Full Traceability

Since the system was put into operation, the leading enterprise has achieved:

1. Significant Improvement in Handling Efficiency: The total transfer time of aluminum coils from offloading to machine loading, return to warehouse, and shipment has been substantially reduced;
2. Significant Reduction in Labor Costs: Multiple forklift operators have been freed up and reassigned to higher-value positions;
3. Near-Zero Material Loss: The customized design of extended inclined forks has completely eliminated slipping and bumping during transport;
4. Full-Process Digitalization: Every aluminum coil, every scrap material reel, and every finished product has a unique ID and position record, providing solid data support for lean production.

Based on a deep understanding of handling scenarios for cable drums of different specifications, Beacon Robot has formed a complete product matrix covering all categories of materials in the cable industry. From small and medium-sized cable drums such as 640 drums and 710 drums applicable to communication cables and control cables, to plum-blossom floor frames specially designed for bulk cables and irregular materials, Beacon Robot can adapt corresponding handling equipment and lifting/transfer solutions; for steel-core drums used in steel-cored aluminum strands, power cables, and other heavy-duty cables (covering the full range of specifications including 850 drums, 900 drums, 1000 drums, 1100 drums, etc.), Beacon Robot's heavy-duty intelligent forklift can perform deep customization of forks and lifting mechanisms based on parameters such as drum diameter, width, and inner diameter, ensuring stable handling of all types of drums; for finished cable drums, Beacon Robot provides a full-process automated solution from the end of the production line to the finished goods warehouse and outbound shipment.

From aluminum coils weighing over ten tons to cable drums, drum stands, and floor frames of various specifications, Beacon Robot, with its full-stack self-developed core technology and rich industry customization experience, can provide safe, efficient, and traceable intelligent solutions — whether for super load capacity of heavy materials or precise lifting of irregular materials.