Neue Schritt für Schritt Karte Für Laserreinigung

Durma fiber laser cutting machines Radio-feature faster cutting and energy efficiency, especially compared to CO2 lasers. Thanks to the high-tech fiber laser cutting technology, the laser machines are easy to operate and maintain.

These electrodes can be integrated with a piezoresistive deflection Fühler and protected with single-layer coating (Silicone NUSIL MED-6215). This provides a stiffer electrode array than those previously described, where the platinum electrodes are coated in silicone.

Marking lasers as well as short or ultrashort pulse lasers are used for surface cleaning with lasers.

Due to the increasing demand for lithium-ion batteries for electric vehicles and consumer electronics devices, the efficiency of battery production is becoming increasingly important for machine builders and battery manufacturers. A very important manufacturing step rein battery production is to selectively remove carbon / graphite-based coatings on the battery foil and expose the underlying aluminum or copper foils for the subsequent process.

cutting of aluminum sheet up to 8mm - travel approx. 1300 x 1300mm - machine control in german language

The ablated material can be easily and directly removed by means of an Nach eigenem belieben exhaust Organisation that is integrated into the respective Struktur.

Cleaning and removal can be applied to a wide range of combinations between surface layers and base materials. The technique can be used for large-scale cleaning as well as for cleaning locally well defined geometries down to the micro range.

The previous section described an feld with a large number of electrodes. A more practical Vorkaufsrecht for fabrication and integration into a complete implant Organismus has fewer electrodes and interconnects. The example hinein this section describes an datenfeld comprising 231 Pt electrodes formed on a polyimide base, where each electrode is a 3D structure and consists of a 3 × 3 datenfeld of sub electrodes.

High processing speeds Compared to alternative cleaning methods, the laser impresses with a high Pro zeiteinheit bearbeitete aufträge and fast cycle times.

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The resulting emissions are captured by an integrated suction Struktur. If necessary, special-purpose suction nozzles can be developed to collect all emissions directly at the processing point.

The highly localized conversion of optical energy to heat leads to a very more info rapid temperature rise and consequently to evaporation of the material – possibly also involving partial or complete chemical destruction of the material. The strong temperature gradient resulting from the localized heating creates substantial mechanical Druck, which often supports the removal process.

The cleaning laser beam is emitted from an ergonomically designed handheld end effector that allows CE compliant two-hand usage. The sleek and lightweight design provides for a comfortable Arbeitsgang over hours.

To successfully remove a layer from a given material, the energy transferred by the laser beam must be above the ablation threshold of that particular material.

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