Product Introduction

A cutting head your robot can carry all shift

The head is deliberately compact and light — 30 kHz tooling is small enough to mount on collaborative and light industrial arms without derating the payload. The blade path is programmed; the head only follows.

We supply the head, the 2000-series generator with auto frequency tracking, and the flange and cabling adapted to your robot model — KUKA, FANUC, ABB, Yaskawa and others are routine.

30 kHzRobot / CNC / gantry mountAuto frequency trackingFlange to your robotCustom blade lengths

Cell Integration

From robot model to cutting cell

We have done this across the common robot brands — integration is a defined process, not an experiment.

1

Send the robot model

Brand, payload and mounting face — we pick the flange.

2

We adapt head + cabling

Flange plate, dressing, cable length and drag-chain routing.

3

Cut trial

Programmed path on your material — edges photographed and documented.

4

You integrate

Delivery with the I/O handshake map for your PLC.

Heads have been integrated on 4- and 6-axis arms, gantries and CNC Z-axes alike.

Materials on Robot Cells

Proven cuts in automation

Material	Typical parts	Edge result
Glass fibre / GRP	Panels, housings	Clean edge, minimal dust with extraction
Fabric & nonwoven	Airbag panels, filters	Sealed edge on synthetics
Rubber & gasket stock	Gaskets, seals	Square edge, no pinch
Plastic sheet	Trays, cladding	Smooth edge, no burr
Composites / CFRP	Trims, prototypes	Controlled cut with extraction

Technical Specification

Technical specification

The head, generator and blade are matched as one cutting package.

What we need from you

1

Robot brand and model plus the material to cut.

2

We build the flange, cable and blade set.

3

Cut trial documented before delivery.

Heads can share the generator platform with welding stations — one spare-part strategy.

Frequency	30 kHz
Mounting	Robot arm / CNC / gantry flange
Generator	2000 series digital, auto frequency tracking
Materials	Glass fibre, fabric, rubber, plastic, composites
Blade	Custom lengths per application
Voltage	AC 220 V, 50 Hz
Interface	Flange and cable adapted to your robot model

Suitable Applications

Automated cutting jobs

Robotic Trimming

Programmed trim paths on plastic and composite parts.

In-Line Slitting

Heads over belts and roll lines.

Flash & Sprue

Automated flash removal without part deformation.

Recommended Matching Components

Build the cell

2000C Generator

20–40 kHz digital generator with auto tracking — drives cutting heads and welders alike.

View details →

Custom Horns & Blades

CNC-machined to your drawing — length, tooth profile and flange per application.

View details →

Rubber Cutting Machine

Hand, press and robot formats.

View details →

Fabric Cutting

Rail-guided and robot textile cutting.

View details →

Customization & Testing

Plan the cutting cell

Send the robot model and material — we return the flange plan, blade proposal and a documented cut trial.

• Robot brand, model, payload
• Material and thickness
• Cut paths (2D/3D) and reach
• Line speed / cycle time
• Edge quality requirement
• Dust / fume constraints

Send Us Your Requirement Free Process Test

1

You send robot + material details.

2

We adapt the head and run the cut trial.

3

You receive the integration package and quotation.

FAQ

Which robots can it mount on?

Most industrial and collaborative arms — we machine the flange to your mounting face.

Will it fit our CNC?

Yes — Z-axis mount with the same generator package.

Blade change on the robot?

Quick-change tip interface; re-teach time is minutes.

Dust handling for composites?

We integrate extraction brackets with the flange — plan it in the layout.

Rubber Cutting MachineMaterial flexibilityFabric Cutting MachineTextile automation2000C GeneratorShared generator platform

Send Your Robot Model for the Flange Plan

Flange, cabling and a documented cut trial on your material — before you commit.

Contact an Engineer

(function () { var main = document.getElementById('pdMainImg'); var gal = document.querySelector('.pd-gal'); var thumbs = Array.prototype.slice.call(document.querySelectorAll('#pdThumbs figure')); if (!main || !gal || !thumbs.length) return; var i = 0, timer = null; function show(n) { i = (n + thumbs.length) % thumbs.length; thumbs.forEach(function (t, k) { t.classList.toggle('active', k === i); }); main.style.opacity = 0; var src = thumbs[i].getAttribute('data-src'); var alt = thumbs[i].getAttribute('data-alt') || main.alt; setTimeout(function () { main.onload = function () { main.style.opacity = 1; }; main.src = src; main.alt = alt; if (main.complete) main.style.opacity = 1; }, 180); } function stop() { if (timer) { clearInterval(timer); timer = null; } } function play() { stop(); timer = setInterval(function () { show(i + 1); }, 4000); } thumbs.forEach(function (t, k) { t.addEventListener('click', function () { show(k); play(); }); }); gal.addEventListener('mouseenter', stop); gal.addEventListener('mouseleave', play); play(); })();