Corrugated Tube Cutting and Splitting Machine with Powered Tube Feeder, Φ5–60 mm WM-583

Name: Corrugated Tube Cutting and Splitting Machine with Powered Tube Feeder, Φ5–60 mm WM-583
Brand: Wiromac
SKU: WM-583

HS Code 8461.50 Φ5–60 mm conduit 10–60 pcs/min

The WM-583 is a two-unit set: a floor-standing cutting and splitting head that cuts convoluted conduit to length and slits it lengthwise in the same pass, plus a powered tube feeder that pays the coil off an 800 mm tray and pushes it into the head so the line runs unattended. The head covers Φ5 to 60 mm — large-bore loom that benchtop splitters cannot take — holding ±0.5% of cut length at 10 to 60 pieces per minute, with a pneumatic cylinder cut-off under PLC control. The 96 kg head runs on 500 W and the 180 kg feeder on 900 W, both 220 V, 50–60 Hz.

Specifications

Function	Corrugated tube cutting to length with lengthwise splitting, with powered coil feeder
Cutting diameter	Φ5 – 60 mm
Stroke	60 mm
Cutting tolerance	±0.5% of cut-off length
Cutting speed	10 – 60 pcs/min (depending on the length)
Cut-off method	Cylinder cut-off
Control system	PLC man-machine interface
Voltage / Frequency	220 V, 50–60 Hz
Rated power	500 W
Dimensions	850 × 700 × 680 mm (L × W × H)
Weight	96 kg
Feeder — control system	PLC touchscreen control
Feeder — material tray diameter	800 mm
Feeder — feeding motor	550 W AC motor
Feeder — feeding motor control	Automatic, by wire-pull potentiometer
Feeder — traction motor	Stepper motor
Feeder — traction motor control	Automatic, by induction frame
Feeder — voltage / frequency	220 V, 50–60 Hz
Feeder — working rate	900 W
Feeder — dimensions	750 × 1,100 × 1,100 mm
Feeder — weight	180 kg
HS Code	8461.50 (common reference — final classification confirmed by your customs broker)
Certification	On request

Key features

Takes conduit up to Φ60 mm — the heavy loom used on EV battery runs, charging cables and rail cabinet trunking, well past the 32 mm ceiling of benchtop splitters
Cut and split in one pass, so every piece leaves the line already opened and snaps over a harness that is finished and terminated
Supplied with its own powered feeder — the coil sits on an 800 mm tray, a potentiometer arm meters pay-off and an induction frame drives the stepper traction, so the head never pulls against a dragging coil
Pneumatic cylinder cut-off with PLC control holds ±0.5% of cut length across 10–60 pieces per minute
Head sits on a castored stand and the feeder on levelling feet — the pair can be rolled apart and re-spaced to suit the floor you have

What it processes

EV and automotive harness plants sleeving battery, charging and high-voltage runs in large-bore split loom
Rail transit, switchgear and high-voltage cabinet builders pre-cutting heavy conduit for cabinet trunking
Conduit converters and harness exporters supplying kitted, cut-to-length split corrugated tube from bulk coils
Aerospace and motorcycle harness shops running mixed conduit sizes from one station

Suited for: corrugated wire-loom conduit from 5 to 60 mm diameter run off bulk coils, cut to length with or without a lengthwise split, on a line that should keep feeding itself. Not suited for: small-bore loom under about 32 mm, where this set is oversized — the WM-176 corrugated tube cutting and splitting machine cuts and splits Φ4–32 mm conduit on a 70 kg benchtop frame. If you need length only and no split, across hose, conduit and pipe up to Φ40 mm, use the WM-582 automatic tube cut-to-length machine.

Conduit wall thickness and rib pitch vary a lot at the large end of the range. Send us 2–3 meters of your actual tube at your largest size and we run it on this machine on video before you commit.

Engineering knowledge

Choose and troubleshoot this process

How to Choose a Tube and Pipe Cutting MachineChoose tube and pipe cutting equipment by material, diameter, wall thickness, rigidity, cut mechanism, tolerance, end quality and chip-control requirements.
Tube Cutting Defects: Causes and Corrective ActionsTroubleshoot angled cuts, crushed tube, burrs, stringing, length drift, corrugated-tube splitting errors and feed slippage.

Neither machine quite fits? New configurations reach our application engineers before they reach the catalog. Tell us your material and process; we will confirm what we manufacture and support, then recommend the right configuration. Get a tailored recommendation →

WM-583 — common questions

Is the tube feeder a separate machine or part of the cutter?

It is a separate floor-standing unit that ships as part of this set. The 180 kg feeder holds the coil on an 800 mm tray and drives it forward under its own PLC touchscreen control; the 96 kg cutting head sits on a rolling stand in front of it and does the cutting and splitting. They are ordered, shipped and installed as a pair, and each has its own 220 V supply.

Why does a large-bore machine need a powered feeder at all?

Heavy 40–60 mm loom comes on big, stiff coils. If the cutting head has to drag that coil itself, the tube stretches between pulls and every piece comes out a little long. The feeder breaks that link — a wire-pull potentiometer meters the pay-off reel and an induction frame watches the slack loop and drives the stepper traction motor, so the head only ever pulls slack tube.

Can I run it without splitting, just cutting to length?

Yes. Splitting is switched on the controller — the setup page has a cut-on toggle — so the same coil can be run as closed pieces for tube that gets threaded during assembly, and as split pieces for dressing an already-built bundle.

What cut lengths can it hold?

The manufacturer publishes the accuracy — ±0.5% of the cut-off length — and the throughput of 10–60 pieces per minute, but not a minimum and maximum length. We do not want to quote a number we cannot stand behind, so tell us your shortest and longest piece and we confirm it against the actual machine before you order.

My conduit is only 10–25 mm. Is this the right machine?

Probably not — it is oversized for that work and the feeder is built for heavy coils. The WM-176 corrugated tube cutting and splitting machine does the same cut-and-split job on Φ4–32 mm conduit from a 70 kg benchtop frame, at a fraction of the footprint.