Izdelki za oprema za laserje (14)

Do you have individual requirements for your laser processing center that our standard laser system of the LS series cannot meet? We develop together with our customers from stand-alone systems to integration into existing lines. In doing so, system know-how meets automation and laser technology: - robot solutions - portal variants - rotary table machines - sliding table systems - scanner solutions - integrated solutions based on VARIOMODUL® or, - at your request, on standard laser machines of the LS series For further information please take a look at our homepage.

Primapower Optimo 2545 CO2 Laser: Schneidgas Stickstoff + Sauerstoff Mittlere Leistung: 200 W - 4.000 W Spitzenleistung: bis 10 kW Arbeitsbereich: X = 4.500 mm, Y = 2.500 mm, Z = 1.020 mm A = 360°, B = ±135°, C = ±10 mm, W (Vivida) = ±10 mm Primapower Rapido Evoluzione CO2 Laser: Schneidgas Stickstoff + Sauerstoff Mittlere Leistung: 200 W - 4.000 W Spitzenleistung: bis 10 kW Arbeitsbereich: X = 4.080 mm, Y = 1.530 mm, Z = 765 mm A = 360°, B = ±115°, C = ±10 mm

Neben der Bearbeitung von starren und flexiblen Materialien auf starren Trägersubstraten bieten wir die Bearbeitung von flexiblen Materialien im Sheet-zu-Sheet oder im Rolle-zu-Rolle-Verfahren an. - Lasermikrostrukturierung und -Ablation - Laserbearbeitung „On-the-Fly“ oder „Step and Repeat“ - Rollenbreiten bis zu 300 mm möglich

Unsere schweißtechnischen Beratungsdienstleistungen unterstützen Sie dabei, die optimalen Schweißverfahren und -techniken für Ihre Projekte zu identifizieren. Von der Materialauswahl bis hin zur Prozessoptimierung bieten wir umfassende Beratung, um sicherzustellen, dass Ihre Schweißarbeiten effizient und hochwertig sind.

Umfassende Produktserie an Absaug- und Filteranlagen für Laserrauch Lasermarkieren, Laserschneiden, Laserschweißen, Laserstrukturieren oder Laserablation sind Ihnen bekannte Prozesstechnologien. Sie arbeiten mit Lasersystemen und sind auf der Suche nach einer Absauganlage, die Ihre anwendungsspezifischen Anforderungen erfüllt? Die Geräteserie LAS deckt den gesamten Bedarf an Absaugsystemen und Filtertechnologie für Laserrauch und Laserstaub ab – für alle Branchen und alle möglichen Applikationen.

Together with our partners, we offer feasibility studies, on-site commissioning support and operator training for our laser welding heads. Decide what you want and how you want it to ensure a fast and smooth commissioning into your existing systems. Quotations are made on a customer-specific basis - please ask us!

Anwendungen: - Laserschneiden, Dicing und Filamentieren - Laserbohren sowohl im Trepanier- als auch Perkussionverfahren - Lasermikrostrukturierung und -Ablation, z.B. mittels FSLA - Laser-Mikrogravur sowohl an der Substratoberfläche aber auch als Innengravur in transparenten Materialien - Laser-Lift-Off mittels DPSS Laser und Scannersystemen Materialien: Keramiken, Metalle, Polymere, Glaswerkstoffe, Halbleiter, Verbundmaterialien

Anwendungen: - Excimer Laser-Lift-Off mittels Line-Beam-Systemen - Laserbohren und Ablation mittels Scannersystemen oder Maskenprojektion - Lasergravur von optischen Materialien Materialien: Polymere, Polymerschichtsysteme, Glaswerkstoffe

Due to their compact and flexible design, LS series laser machines guarantee an easy entry into the world of laser processing. We offer manual and automated solutions: - Palletising systems - Bar and coil feed systems - Pick-and-place systems - Robots You can realize the following laser material processing with the LS series: - laser machining for welding, clean welding, cutting, drilling, hardening, and structuring - micro processing - integration of CO2 , Nd: YAG, diode, fibre or disk-type lasers and ultra-short pulsed laser Please get furher information at Download.

With the SGC500 portable shielding gas chamber, coaxworks offers a separate machinery component for CNC and robot-based laser wire welding processes. By means of a flexible foil tent and an additional adapter on the laser welding head, a high-purity shielding gas atmosphere can be set up. Bottom connections for a continuous flow of inert argon gas allow a stable oxygen content of less than 20 ppm after only 20 minutes. The SGC500 protective gas chamber has the following integrated technical features: > a handling flap on the front side for quick chamber loading when the foil tent is installed, > two glove ports at the front for component handling when the chamber is flooded, > a removable T-slot plate for defined clamping of components, > three viewing windows for process observation from the outside and > a quick-clamping system on the top for defined fastening of the foil tent. Special designs can be customised. Send us your specific request by e-mail! Dimensions:610 x 610 x 269 mm³ (height x width x depth, without foil tent and gloves) Suitable processible component size:~150 x 150 x 150 mm³ (height x width x depth) Weight:~25kg (without foil tent and gloves) Protective gas connections:4x Ø8 mm hose connection Glove connections:2x Ø144 mm Possible connections for other media:12x screw plug G1/4

The coaxial laser welding head wireXL is expected to expand our product portfolio to a more powerful version from 2023: >> usable with laser powers up to 10 kW, >> built-in sensors for process-related monitoring, > a deflection sensor to protect against damage in the event of collisions or process errors, > an XYZ adjustment unit for precise adjustment of the laser spot – wire input arrangement, > shielding the built-in cover glasses by means of crossjet against splashes, > the reduction of fume contamination on the cover glasses by an integrated downjet and > the possibility to replace the protective glasses by means of interchangeable slides. Special designs are still possible on customer request. Send us your specific request by e-mail!

The coaxworks wireM laser welding head opens up new possibilities for surface repair and geometry modification of tools in metalworking. Areas of application are, for example, tools for sheet metal and solid forming, wear parts of construction machines or other functional components subject to abrasive stress. With the installation in a CNC machine or a robot laser system, the fully mechanical processing of simple surfaces up to complex three-dimensional tool surfaces is possible. We would be happy to advise you on how the full potential of surface repair can also be used for your workpieces. Send us an e-mail!

The coaxial laser welding head wireM is an interchangeable equipment for robot and CNC laser processing machines. It convinces in research and teaching as well as in the industrial environment with a compact design, simple operability and durable robustness. The latest version offers numerous configuration variants and even more technical interfaces for peripherals. ☑ Flexible and direction-independent welding with robust 3‑beam design ☑ Productive processes with up to a maximum of 4 kW laser power and up to 2.5 kg/h deposition rate ☑ Minimal material influence on the workpiece due to precise laser beam ☑ Clean, resource-saving and low-maintenance installation solution through 100% utilisation of the filler wire ☑ Reproducible and long-term constant manufacturing quality due to automated mode of operation ☑ Collision protection integrated close to the process to avoid machine damage Send us your specific request by e-mail! coaxworks - Innovations for Laser Wire Deposition Dimensions:500 x 160 x 210 mm³ (height x width x depth, depending on configuration) Weight:~10 kg without peripherals (depending on configuration); ~15 kg with peripherals Wire diameter:0.4 | 0.6 | 0.8 | 1.0 | 1.2 | 1.6 mm (selectable depending on configuration) Materials:Steel, nickel, titanium, copper and cobalt alloys as solid wire (typical) and much more Stickout (free wire length):0.4 | 0.6 mm wire diameter ≙ 5 to 10 mm; 0.8 | 1.0 | 1.2 | 1.6 mm wire diameter ≙ 10 to 15 mm Laser types:Fibre-coupled solid-state lasers (diode lasers, fibre lasers and disk lasers) Laser mode:Continuous wave CW (typical) Laser power:≤4 kW Deposition rate:≤2.0 kg/h (for steel alloys); ≤2.5 kg/h (with hot-wire add-on for steel alloys) Laser wavelengths:900 to 1100 nm (typical) Numerical aperture (NA):0.1 | 0.2 (configuration dependent) Fibre connector socket:LLK-D | QBH (configuration dependent) Accessibility:~40° (aperture of the outer 3 beam cone related to the tool centre point TCP) Optional equipment:Wire feeder, process camera, hot-wire equipment, shielding gas chamber adapter and special configura Integrated function 1::Near-process, coaxial collision protection shutdown Integrated function 2::Three partial laser beams aligned to a triple focus Integrated function 3::Three cross jets and three down jets each for high volume flow in front of the protective glasses Integrated function 4::Compact interchangeable sliders for the three protective glasses of the partial laser beams Integrated function 5::Easily exchangeable wire nozzle for different wire diameters Integrated function 6:: Slim and protective gas nozzle close to the process

- Formate von 1/2 bis 1/6-Zellen und Größen bis zu M12 - Freiformschneiden - Leistungssteigerung von bis zu 2W durch TLS-Technologie Die patentierte Lasertechnologie von 3D-Micromac zum direkten Schneiden von Solarzellen ist die führende Methode zum Schneiden von Zellen. Wenn herkömmliche Schneidverfahren an ihre Grenzen stoßen, kommt die TLS-Technologie mit ultrakurzen Pulsen ins Spiel. Exzellente Schnittqualitäten mit hoher Reproduzierbarkeit und Genauigkeit können garantiert werden. Egal ob Halbzelle, Drittelzelle, Viertelzelle oder die zukunftsweisende Sechszelle. Durch die große Flexibilität der TLS-Technologie ist es möglich, unsere Kunden umfassend zu unterstützen. Anpassung in der Anzahl der Zellschnitte, Variation in der Größe der Substrate bis zu 220mm oder eine hohe Flexibilität in der Formfreiheit. Von siliziumbasierten Zelltypen wie PERC, TOPCon, HJT bis IBC ist die Bearbeitung Ihrer mono- und polychristalinischen Photovoltaikzellen möglich.