Why use a remote-controlled LHD in thin-vein mining?
An LHD (load-haul-dump machine) loads broken ore at the stope, trams it to an ore pass or truck, and dumps it — the mucking cycle every underground mine depends on. In thin-vein mining the geometry turns hostile: veins too narrow for wide machines, stopes where no operator should stand, and scattered orebodies that do not justify large fleet investment.
FULONGZUAN's answer is the 0.9-class remote-controlled LHD pair: the diesel WZYL-0.9 and the electric WZDYL-0.9. Both are compact machines positioned for mucking thin veins and scattered orebodies, with remote control keeping the operator out of the stope while the machine works the narrow face.
Key Specifications
Key specifications from the manufacturer's catalogue: Positioning and configuration from the manufacturer's intelligent mining equipment catalogue; detailed ratings are quoted per enquiry against the target specification.
| Item | Specification |
|---|---|
| Models | WZYL-0.9 (diesel) / WZDYL-0.9 (electric) |
| Class | 0.9-class compact LHD (load-haul-dump) |
| Control | Remote-controlled operation |
| Target orebodies | Thin veins and scattered orebodies |
| Cycle | Load at stope, tram to pass/truck, dump |
Main Features
The design logic is subtraction: a remote-controlled machine needs no operator cab envelope, no operator standing room in the stope, and a smaller turning and tramming profile — which is what lets a 0.9-class loader work veins that a conventional LHD cannot enter. Offering the same class in diesel and electric lets the mine match the loader to its ventilation and power situation: diesel for flexibility in scattered workings, electric where emissions and ventilation cost dominate.
Supply & Trade
FULONGZUAN equipment is manufactured by Fujian Yizuan Machinery Co., Ltd. (Longyan, Fujian, China), a national high-tech enterprise holding 128 authorized national patents. Export enquiries are handled by the Simiai Technology trade desk: hemingwang@simiai.top, WhatsApp +86 130 7787 8567 (https://wa.me/8613077878567). Pricing, order quantities and delivery terms are quoted per enquiry (RFQ) against the buyer's target specifications.
Frequently Asked Questions
What is the advantage of remote control on an LHD?
The operator stays out of the stope — the unsupported, freshly blasted ground where rockfall risk concentrates — while still driving the full load-haul-dump cycle. It also enables mucking in areas too confined or hazardous for a manned machine.
Diesel or electric LHD for a thin-vein mine?
Diesel (WZYL-0.9) suits scattered orebodies and mines without stope-level power; electric (WZDYL-0.9) suits fixed workings where ventilation savings and zero local emissions matter. Both are the same 0.9 class and remote-control concept.
What orebodies are these LHDs designed for?
Thin veins and scattered orebodies — deposits where a compact, remotely operated loader can work productively in openings too narrow for conventional LHDs.
Conclusion
For thin-vein and scattered orebodies, the mucking machine must fit the vein and free the operator from the stope. The WZYL-0.9 / WZDYL-0.9 pair is built to exactly that brief — send your vein widths and stope layout to the trade desk for an RFQ.
Contact the trade desk
Pricing, minimum order and delivery terms are quoted on request. Send your target specifications to the trade desk for a quotation.