Automatic Wire and Tube Coiling and Double-Tie Machine WM-4800

Name: Automatic Wire and Tube Coiling and Double-Tie Machine WM-4800
Brand: Wiromac
SKU: WM-4800

CE Certified HS Code 8479.89 Wire or tube OD ≤10 mm Up to 1,200 pcs/h

The WM-4800 forms wire or tube up to Ø10 mm into a round coil and applies two ties, without measuring or cutting raw stock. It handles binding lengths up to 50 mm, tie spacing from 70–180 mm and source-listed output up to 1,200 pieces per hour.

Specifications

Function	Round coiling with two ties
Material	Wire or tube
Material diameter	≤10 mm
Binding length	≤50 mm
Productivity	≤1,200 pcs/h
Tie spacing	70–180 mm
Head length	40–130 mm
Tail length	>40 mm
Tie material	Rubber-coated iron wire
Air pressure	0.4–0.55 MPa
Dimensions	1,000 × 1,200 × 1,800 mm
Machine weight	120 kg
HS Code	8479.89 (common reference — final classification confirmed by your customs broker)
Certification	CE (certificate provided with shipment)

Key features

Forms pre-cut wire or tube into a round coil and secures it at two points
Handles material up to 10 mm outside diameter
Adjusts the distance between ties from 70 to 180 mm
Sets head length from 40 to 130 mm and accepts tail length above 40 mm
Uses rubber-coated iron tie wire and two dedicated tying stations

What it processes

Final packaging of pre-cut power cords and appliance leads
Round coiling and double tying of finished wire or flexible tube
Repetitive cable sets that arrive at the machine at their final length
Packaging cells where two ties are required to hold the coil shape during shipment

Suited for: taking a wire or tube that is already cut to final length, forming a round coil and applying two ties. Not suited for: measuring and cutting raw cable from a reel — use the WM-4808 figure-8 cutting and tying machine when those upstream steps must be integrated.

The two ties define this machine’s packaging role. Their 70–180 mm spacing helps the finished coil hold its shape at two points, while the head and tail settings position the free ends for packing or the next assembly step. The piece must arrive at the machine at its final length because no measuring or cutting function is included in the verified specification.

Send several finished pieces rather than only a cable datasheet. Coil behavior depends on material memory, temperature, jacket friction and how the ends sit after winding. The acceptance trial confirms coil diameter, tie position, tie tightness and whether the packaged part can be removed without damage.

Engineering knowledge

Choose and troubleshoot this process

Cable Coiling Defects: Causes and Corrective ActionsTroubleshoot inconsistent coil diameter, crossed loops, stored twist, unstable lead length, loose binding and cable surface damage.
How to Choose a Cable Coiling and Winding MachineChoose cable coiling equipment by cable construction, finished coil geometry, length control, binding method, product handling and batch mix.

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WM-4800 — common questions

Does the WM-4800 measure and cut cable from a reel?

No. Its verified function is round coiling and applying two ties to material already at the finished length. Use the WM-4808 when raw cable must be measured, cut, formed into a figure-8 coil and tied in one line.

What material range is stated?

The source lists wire or tube up to 10 mm outside diameter. A sample is still required because stiffness, surface friction and minimum bend radius determine whether the target coil stays stable during tying.

Which coil dimensions should I specify?

Provide finished piece length, target coil inside and outside diameter, tie spacing, head length, tail length, material OD and permitted deformation. The machine lists 70–180 mm tie spacing, 40–130 mm head length and tail length above 40 mm.

What tie material does it use?

The stated material is rubber-coated iron tie wire. Send the required tie color, diameter or sample and the shipping hold requirement so the tie feed and twist can be tested with the actual coil.

What determines the practical output?

The source lists up to 1,200 pieces per hour. Piece length, material memory, coil diameter, two-tie spacing and operator loading affect the achieved rate, so the acceptance report uses the buyer's finished piece.