Fully Enclosed Fiber Laser Metal Cutting Machine for Sale

5x10 fiber laser cutter is a large format automatic metal cutting machine working with a CNC controller, using a laser beam to cut through metals. The "5x10" designation refers to the cutting area dimensions, which is typically 5 feet by 10 feet, allowing for full-size sheets of metal to be cut.

Features and Advantages

Swiss-engineered laser head

Swiss-designed laser head specifically engineered for a variety of power range applications. A drawer-type lens mount allows easy access for routine maintenance.

Cypcut Control system

The industry-standard fiber laser cutting software simplifies complex sheet cutting tasks with in-depth design tools, integrating CAD, nest, and CAM modules in one package. Complete drawing, editing, nesting, and workpiece framing in only a few clicks.

High-rigidity machine frame

Thicker steel welding bed annealed at 600°C with good rigidity, excellent shock absorption, high precision, and keep working long years without deform.

Sawtooth blade cutting platform

The cutting platform equipped with removable sawtooth blades to minimize laser beam reflections and disperse radiation, enhancing edge cut quality and facilitating kerf clearance.

Max brand laser source

With long lifespan up to 150000 hours and high cutting speed. Raycus, IPG for choose.

Debris collection system

Multiple debris zones funnel below the platform to collect scrap and dust, channeling metal waste into a rolling cleanup tray.

Dual 5x10 automatic exchange working tables for full-size sheet metal cuts

Fiber laser cutting machine with automatic exchange working tables, fast and precise cutting various metals, dual tables for reduced downtime and continuous production.

A rotary attachment is optional for metal tube cutting

Specifications

Applications

Applicable Materials: Stainless steel, carbon steel, electrical steel, galvanized steel, aluminum-zinc alloy coated steel, aluminum, aluminum alloys, titanium alloys, copper, brass, iron, and other metallic materials.

Applied Industries: Sheet metal fabrication, aerospace, electronics and electrical appliances, metro components, automotive, machinery, precision parts, shipbuilding, metallurgical equipment, elevators, home appliances, gifts and crafts, tool processing, decoration, advertising, metal contract manufacturing, and other manufacturing sectors.

Projects

The Bed Is a Consumable

The page describes removable sawtooth blades and debris zones, and both deserve a place in the weekly routine rather than the specification list. Those slats take the beam every time it cuts through, so their tips gradually burn away and molten dross welds onto them. A worn bed stops supporting parts evenly, which is how a finished piece tips into the kerf halfway through a nest, and a dross-covered slat marks the underside of everything laid on it. Rotating or replacing slats is a few minutes of work that protects a whole shift, and it is far cheaper than scrapping a nest of finished parts. The debris trays underneath deserve the same discipline, since full trays leave smoke and offcuts circulating inside an enclosed cabin. Keep spares from laser parts and accessories so a tired bed never becomes a reason to keep cutting on it.

Use the Software Before the Beam

CypCut puts drawing, nesting, and cutting in one place, and the habit that saves the most material is working through it in order. Import the drawing, nest the parts across the full sheet rather than clustering them at one corner, then use the framing function to trace the outline of the nest with the head before firing. That dry run shows instantly whether the sheet is square on the table and whether the program fits the material you actually loaded, which costs seconds and prevents cutting into a clamp or off the edge of a part-used sheet. Nesting well matters commercially too, since material is usually the largest cost in a cut part, so a few percent of extra yield across a year outweighs most speed gains. Other CNC software exports drawings that import cleanly, so designers need not learn the machine's own tools.

Acceleration Matters More Than Top Speed

The specification quotes 120 metres per minute, and that figure describes a long straight run that few real parts contain. It is the number everyone compares and the one that explains least about a working day. The number beside it, acceleration of 1.5G, is what you feel all day, because a nest full of small holes and tight contours spends its time speeding up and slowing down rather than sprinting. Two machines with identical top speeds can differ substantially in parts per hour for exactly this reason, which is why comparing quotes on headline speed alone is misleading. Ask instead how long a representative nest of your own parts takes, which is a question any supplier offering free sample cutting can answer directly. Alongside that, source power sets thickness and edge quality, as this guide to laser cutting performance explains, and the sheet metal cutter range and wider metal laser machines show where this model sits among them.

Reading problems on the bed:

Production checklist:

✔ Check slat tips before long production runs.

✔ Empty the debris trays on a schedule.

✔ Frame every nest before pressing start.

✔ Judge machines on acceleration, not top speed.

✔ Nest small parts near the middle of the sheet.