TruLaser Series 8000 Power Edition

Complete transparency in the machine interior? This is possible with Vision Equipment with precisely positioned cameras and optimally coordinated lighting. With Smart View for machine tools, you can follow your camera live streams in real time and keep an eye on the interior of your TruLaser Center 7030 at all times.

Regardless of the component geometry, nanojoints make process-reliable and resource-efficient machining of your components possible: higher productivity, better part quality, and simpler part removal thanks to minimal fixing in the scrap skeleton. In many cases, no reworking is necessary. In comparison, microjoints fix the component in the scrap skeleton with a tab across the entire sheet thickness. In most cases, the visible damage to contours requires time-consuming reworking of the components. Part removal is more complex with thin sheet thicknesses, with mid-range sheet thicknesses it is almost impossible.

Collision protection for your cutting head guarantees the highest process reliability. You benefit from shorter non-productive times due to increased machine availability. In the event of collisions, damage to the cutting head is avoided.

With Drop&Cut, remainder sheet is utilized more easily, intuitively, and efficiently. A camera ensures the live image of the machine interior appears directly on your user interface. You can position any number of part geometries on the remainder sheet. This saves time during the post-production of individual parts. Time-consuming process steps such as aligning the sheet, sheet position measurement or zero point displacement are not needed.

Clean protective glass keeps the cutting quality of your machine at a high level over the long term. A sensor permanently monitors the condition of the protective glass so that you know when it must be changed. Cleaning and replacement are only performed when required, saving costs.

The Dot Matrix Code function facilitates fast, process reliable part identification with a standardized industrial code. Within seconds, the laser in your flatbed laser machine applies a 2D code (data matrix) made out of dots onto a part. It contains information for the process chain. The code calls up the corresponding program at the next machine, for example.

Autonomous production and prevention of idle states: With Smart Rerun, your machine will independently continue production following a slight collision or cutting flaw. To prevent any rejects, the main focus is always for re-entry to be within the contour. Only if this is not possible, will the machine jump to the next part. The objective is always for production to continue.

Through program control, the automatic nozzle changer inserts the correct nozzle. The nozzle changer is located in the machine cabinet during processing, which makes it possible to set up parallel to production.

The optimal condition of the nozzle and lens is an important requirement for optimum process reliability and part quality. Smart nozzle automation combines intelligent functions, including LensLine, to increase the service life of your lenses. This is ensured even in fully automatic operation. The function independently detects and rectifies numerous issues which could impair the cutting result. This means you can plan cleaning and replacement cycles for the nozzle much better.

You will now receive two different modes of the function to prevent collisions. Whether sheet mode or single part mode, you can largely avoid using microjoints. saving costly rework. The parts can also be unloaded using an automated mechanism as they do not tip over.

A camera system precisely determines the position of inserted sheets and enables the rework of parts which have already been cut with absolute precision. DetectLine also automatically measures a cut focusing comb and sets the focal position.

The 50-kW strong fiber laser offers maximum laser power and combines precision, speed, and superior cut quality with robust processes. Reliable across the entire range of materials and particularly effective with medium and thick sheet metal. Intelligent assistance features support high availability and efficient production with maximum cutting performance.

PierceLine monitors and controls the piercing process. This saves material and preserves the machine, increasing part quality and shortening the piercing time by up to 80%.

The integrated gas mixer combines the cutting gases nitrogen and oxygen - automatically and without any operator involvement. The use of a gas mixture of nitrogen and oxygen combined with high laser power improves the part quality in mild steel and aluminum. The burr of the laser-cut component can be reduced in relation to the material type, material alloy and material quality.

High material tolerance, stable process: With FlexLine you can achieve the best possible cutting results with structural steel of different grades. Thanks to the patented nozzle design and special cutting parameters, you can safely cut delicate contours - even in thick sheet metal. This way, you can remain flexible and make optimal use of your materials.

With the energy-efficient process cooler, you can cool the machine and laser in one system with up to 50 % lower energy costs compared to the standard process cooler. The compact design ensures optimum cooling with reduced space requirements. Thanks to the intelligent combination of powerful cooling and minimal energy consumption, you achieve lower operating costs.