ALLMAN AMWE Electric Winch with Stainless Steel Configuration for Shipyards & Ports

The Challenge

Salt air does not wait. At a shipyard or dockside, a standard electric winch starts dying the day it is installed: the galvanized wire rope develops white rust within months, then brown streaks, then broken outer wires you only spot during a load test. The fasteners seize — nuts and bolts weld themselves to the frame with corrosion, turning a 10-minute maintenance job into a grinder-and-torch session. And when the winch finally fails mid-lift, the vessel schedule stops with it.

For marine operators, corrosion is not cosmetic damage. It is a safety risk, a maintenance cost, and a downtime generator.

The ALLMAN Solution

The ALLMAN AMWE Series electric winch — stainless steel configuration is purpose-specified for shipyards, ports, and shipboard duty. Every corrosion-critical component is upgraded: the wire rope is stainless steel, the fasteners — bolts, screws, and nuts — are stainless steel, and the hook assembly is built to match. Combined with a powder-coated mounting frame, an IP54 industrial motor, and a fail-safe brake, it is a marine-capable pulling and lifting package, from 0.5 to 5 tons.

The AMWE is a new-generation planetary gear winch: motor, coupling, brake, planetary gearbox, and drum are assembled on one rigid welded frame, delivering smooth torque and reliable operation across construction, mining, and — above all — marine and port workloads.

Where It Works: Marine & Port Applications

Shipboard cargo handling — Lift and lower hatch covers, stores, spare parts, and deck cargo on general cargo vessels and workboats, with rope capacities from 30 m to 300 m to suit your deck layout.

•  Shipyards & dry docks — Position steel plates, sections, and equipment during hull construction and repair, where workers need controlled, incremental movement — available with VFD variable-speed drive for precision inching.
•  Dockside & quay operations — Pull and position equipment, trailers, and skids along the quay, or assist mooring lines with controlled tension instead of manual muscle.
•  Boat ramp & slipway pulling — Haul boats and floating structures up ramps and slipways, where the winch is repeatedly exposed to splash, spray, and saltwater immersion.
•  Barge & pontoon systems — Rig winches on barges and pontoons for anchor handling and load positioning in sheltered coastal waters.

Why the Stainless Steel Configuration?

1. Stainless Steel Wire Rope — No Rust, No Surprises

The rope is the winch's lifeline — and its most exposed part. Stainless steel wire rope resists salt spray and seawater corrosion far longer than galvanized rope, keeping its flexibility and rated strength when it matters. No white rust, no premature wire replacement, no hidden degradation.

2. Stainless Steel Fasteners — Maintenance That Stays Easy

Marine equipment is only as reliable as its weakest bolt. Stainless steel screws, nuts, and bolts do not seize in salt air, so guards, rope guides, and covers come off cleanly for inspection and service — year after year.

3. Corrosion-Resistant Whole-Unit Design

The frame carries a durable powder-coated finish over a heavy steel structure, with pre-drilled anchor holes for rigid bolting to deck plates, concrete pads, or steel girders. Every exposed surface is chosen to survive the marine envelope.

4. Safety Where Schedules Stop For Nothing

A fail-safe electromagnetic disk brake engages automatically on power loss or stop signal — zero-slippage holding under load, whether the operator is at the pendant (IP65, with emergency stop) or on the optional wireless remote.