Laser systems - Import export

The Matthews’ 10 watt and 30 watt C02 laser coding system permanently marks coated paper, plastics, rubber extrusion, and glass—making it ideal for a variety of industries. An affordable alternative to small character inkjet technologies, it cleanly marks alphanumeric text, date and time codes, serial numbers, barcodes, 2D codes and graphics.

The Z+F PROFILER® 9012 A has a vertical 360° field-of-view and is the fastest profile imaging 2D laser measurement system in its class. With its scan rate of more than 1 million points per second and a maximum scanning speed of 200 profiles/sec. short distances between the profiles can be achieved even at high speeds of the carrier vehicle. Because of the high point density, even small objects are registered and processed by the software. Because the laser measurement system corresponds to laser class 1, the scanner can be used in urban environments without any restriction. A hardware-assisted pixel-by-pixel synchronization makes it possible to process signals form external devices. As a result, the position and orientation of the scan data can be determined.

Loading and unloading during the cutting process Increasing efficiency by minimising downtime Safety concept for a riskless material change eurolaser customers could compete themselfes on the market because of the availability, functionality, flexibility of the systems. Since several years eurolaser has provided the possibility of splitting the processing table into two areas: The "Remote Operation" option. The advantage is to cut or engrave the placed material in the front area, while you unload the finished pieces and reload directly on the rear table surface. The laser changes automatically between the two processing areas, thus having the system in operation almost 100 per cent.

An increase in productivity thanks to loading and unloading during the cutting process Workpiece removal during the cutting process at the collecting table possible The material feed is stretching-free Accurate placement of the workpiece through automatic edge control with the Feeding Unit Optional camera recognition system for automated processing Optional marking systems (e. g. Ink Marker) Processing of very large formats by edgeless continuation of cuts possible.

Even if many things can be covered with our large product portfolio, there are still very special applications, processes or cycle times that require a special laser solution. For such, very special, customer requirements we offer individual complete solutions. No matter if a standard workstation is extended / adapted with e.g. processing table, camera, software, workpiece holder, laser source, input / output, housing, etc. partially or fully automated. You will always receive a laser solution perfectly equipped to meet your requirements and processes. Whether for laser cutting, laser engraving or laser marking.

FAST, FLEXIBLE FIBER LASER CUTTING MACHINE Realize the full benefits of fiber laser cutting with Electra, our top-of-the-line system that offers ultra-high-speed processing and high flexibility. Electra is designed to cut as fast as the thermal process allows and is able to process a wide range of ferrous and non-ferrous metals. LVD’s touch screen control and user interface make the system easy to set up and operate. KEY FEATURES Processes ferrous and non-ferrous materials, including copper and brass Fast 2G acceleration during cutting “On the fly” cutting in light gauge material IPG YLS fiber laser source is virtually maintenance-free High wall plug efficiency of 40% TOUCH-L touch screen graphical user interface control is intuitive and simple to use Integrated automatic shuttle bed system PERFORMANCE-ENHANCING OPTIONS Multiple kW options MOVit Automation: TAS, WAS, Compact Tower (CT-L), Flexible Automation (FA-L), Load-Assist CADMAN-L programming software

An inexpensive entry-level model for laser welding that offers a lot of flexibility and expansion options. With this laser system you can flexibly weld small and large components. The laser power can be selected with 150 W or 200 W, ideal for welding all common metals quickly and reliably. Various work tables can be placed in front of the lifting column. Or you can weld directly on the pallet truck or pallet. This is possible because the resonator can be turned to the side or even to the back. The resonator, which sits in a slide rail, can also be pulled far forward. We also optionally supply a fixed table top for the lifting column. Operation is intuitive via a touch display. A few helpful apps e.g. for programmed circular welding or shell surface welding support the user at work. The laser system is also expandable.

Suitable also for welding precision mechanical parts and medical technology components as well as for the manufacture of sensors and electrical components The ALS 100 is an ergonomic workplace The spacious work chamber offers a very brightly lit work area and is loaded via two side doors. The average power of 100 W enables a fast pulse sequence (up to 25 Hz) and thus fast work even at high energy settings. The homogeneous fusion of the materials results in welding results of the highest quality. The laser is used in the manufacture and repair of jewelry, in precision engineering or when welding sensors

The first approach for the development of new processes and the research of scientific effects is the application of standardized laser systems. When the requirements on scientific research advance, they equally rise with regard to the laser systems. For optimum results in scientific research and development, diode lasers with very precise specifications are indispensable. Operating and monitoring the system with defined and fixed parameters such as the power distribution and wavelength is essential for the accurate collection and evaluation of data and will lead to reliable results. Provisioning an outright laser system will further enable scientists to actually focus on their actual research. As complete solution the system can furthermore be directly integrated into the security system, providing a safe operation for your team of experts.

The coil-fed laser offers great advantages in coil laser cutting processes with the help of the continuous coil-fed laser cutting system. With the aid of a perfect construction and advanced software of the coil-fed laser machine, we provide our customers with precision, accuracy, and the possibility of rapid production from the coil to the laser cutting system. Advantages of the coil-fed laser cutting machine: • Results with minimal waste • Lower electricity consumption • Reduced labor costs • High production capacity • Low maintenance cost • NO investment in tools required • Maximum cutting flexibility • Clean, precise, and continuous cutting • Cutting bed design according to customer demand • Possibility of special design in coil-fed laser machine

The laser cutting and engraving system L-1200 for acrylic processing offers unique precision and cut quality at highest cutting speeds, applicable to any material to be processed by individually choosing the right laser power. All eurolaser cutting systems are available with a laser power from 60 to 650 watt. Your benefit: application-related efficiency. The requirement-focused modular design enables eurolaser laser systems to be specially configured to suit every requirement and at the same time provides the necessary flexibility. The system design is focused mainly on requirements that are generated from later use.

The laser cutter system 2XL-3200 is one of the biggest in the cutter series. The processing area is 2,740 x 3,200 mm (107.8" x 126"), allowing to precisely cut and engrave large materials, for example textiles. The contactless laser cutting does not cause any bulges in the material and guarantees filigree cuts right from the beginning.

The laser system size XL-1600 is the professional solution for the laser processing of textiles. Besides, the automatic conveyor system enables the possibility to process textiles directly from the roll. By doing previous cutting tests with your individual materials, we test which laser system configuration would be the most suitable for you in order to achieve optimum results.

Das Laser Cutter- und Gravur-System L-1200 bietet einzigartige Präzision und Schnittqualität bei höchsten Schnittgeschwindigkeiten, die sich je nach zu bearbeitenden Material durch individuelle Laserleistungen anpassen lassen. Alle eurolaser Cutter-Systeme sind mit Laserleistungen von 60-650 Watt erhältlich. Für Sie bedeutet das anwendungsbezogene Effizienz. The modular design enables eurolaser systems to be specially configured to suit every requirement. We analyze your requirements and configure the laser system individually for you. The usage of eurolaser laser machines enables you to process a wide range of materials, such as cutting of plastics, foams, textiles, adhesive foils, wood, acrylic, composite materials and much more. We are pleased to run a cutting test in our Application Center by using your individual material. Subsequently, you will receive a detailed test report in order to identify how your material was cut and engraved with our laser machines.

Graphix Plus is an all-in-one laser marking station equipped with an electrical door (manual control) with an opening of up to 580mm. It has a large loading capacity and can be used to mark small to medium-sized parts. The X-axis is motorised, allowing the head to move vertically, giving a marking zone 475mm long. The marking head with on-board camera allows you to view the rendering and position the marking on-screen, thanks to the Smart View function. There's no need to move the part to ensure that the marking is correctly positioned; it adapts to the part, as everything can be controlled from the screen. Its ergonomic software developed by Technomark is very easy to use. It has a materials database, enabling marking to be done in just a few clicks. The station has a 250x225mm opening on the left-hand side for marking long parts. Its aluminium plate with universal T-slot allows various clamping systems to be fitted, such as a rotating D-axis for marking cylindrical parts.

Graphix is an all-in-one station for marking small to medium-sized parts. It uses fibre laser technology. It provides maximum safety for your operators. Its marking possibilities are multiple: alphanumeric characters, logos or Datamatrix. Its advantage? An intelligent software with a material database to make markings in only 2 clicks! Simply select the material of the part and the desired marking effect. This makes it possible to do away with the complicated settings required to carry out laser marking, and thus to make it accessible to everyone. But that's not all! Technomark has also developed a marking head with an on-board camera that allows the rendering and positioning of the marking on the screen. You no longer need to move the part to ensure that the marking is correctly positioned, it adapts to your part because everything can be controlled from the screen. Accessories are also available to meet all your needs: automatic door, rotating axis, side openings...

Rotationally symmetrical driving gears in a line producing for automotive industry are mutually connected by electron beam welding. The camera inspection carried out until was not able to assess the quality of the weld seams at the required precision. Non-contact laser measurement system Particular Challenge: As the welding seams show a high reflectivity and are located at a position hard to access, inspection is difficult, all the more so as they dispose of a width of only 500µm. Therefore it is quite a challenge for the laser measurement system. The QuellTech solution: A QuellTech Laser Scanner Q4-5 with extremely small shape factor and high resolution proved to be perfectly suited for this application. In order to suppress reflections from elements in the surroundings, a particular algorithm has been integrated. Furthermore, this laser measurement system features a particularly adapted laser wavelength and an ultrafine laser line.

Détecteurs pour l'automatisation et le secteur automobile. Pulsotronic fabrique: Capteurs inductifs et capacitifs Appareils et lignes pour la détection et la séparation de métaux Systèmes pour traitement d’images Capteurs magnétorésistifs Capteurs optoélectroniques et systèmes de mesure laser Systèmes de détection de couleurs Capteurs ultrasonsoniques et capteurs acoustique Capteurs pour inclinaison et accélération Technologies de capteurs personnalisées Depuis plus de quarante ans, Pulsotronic est le spécialiste de la détection de particules métalliques. En plus des applications traditionnelles, Pulsotronic a développé des applications spécifiques. La gamme couvre tous les besoins de l’industrie. Pulsotronic est présent dans les industries agroalimentaires, la plasturgie, les mines et les carrières, la pharmacie, la chimie fine, l’automobile et les industries du bois. La gamme Pulsotronic comprend  Séparateurs Extracteurs Détecteurs plats Détecteurs annulaires Tunnels Matériels...

Détecteurs pour l’automatisation et le secteur automobile. Pulsotronic fabrique: Capteurs inductifs et capteurs capacitifs Appareils et lignes pour la détection et la séparation de métaux Systèmes de traitement d’images Capteurs magnétorésistifs Capteurs optoélectroniques et systèmes de mesure laser Systèmes de détection de couleurs Capteurs à ultrasons et capteurs acoustiques Capteurs pour inclinaison et accélération Développement de capteur spécifiques La flexibilité et le savoir faire du groupe Pulsotronic-SKS sont utilisés dans les domaines suivants: Équipement pour la réalisation de circuits imprimés Confection de câbles Injection et moulage plastiques Construction d’outils Traitement mécanique Machine outils Création de prototypes, développement, costruction et design Industrie agro-alimentaire Automatisation Automotive

Détecteurs pour l’automatisation et le secteur automobile. Pulsotronic fabrique Capteurs inductifs et capacitifs Appareils et lignes pour la détection et la séparation de métaux Systèmes de traitement d’images Capteurs magnétorésistifs Capteurs optoélectroniques et systèmes de mesure laser Systèmes de détection de couleurs Capteurs à ultrasons et capteurs acoustiques Capteurs pour inclinaison et accélération Développement de capteur spécifiques Les capteurs capacitifs détectent des objets conducteurs et non-conducteurs, solides ou liquides. Notre gamme comprend des capteurs cylindriques de M8 à M30, des capteurs rectangulaires de 25x50x10mm à 40x40x120mm et des références client-spécifiques. Les capteurs capacitifs sont utilisés pour le contrôle de niveau de remplissage et pour la détection, le positionnement, la surveillance et le comptage des objets. Ils sont surtout utilisés dans l’industrie du bois, l’industrie alimentaire, celle du plastique ou l’industrie chimique.

Détecteurs pour l’automatisation et le secteur automobile. Pulsotronic fabrique: Capteurs inductifs et capacitifs Appareils et lignes pour la détection et la séparation de métaux Systèmes de traitement d’images Capteurs magnétorésistifs Capteurs optoélectroniques et systèmes de mesure laser Systèmes de détection de couleurs Capteurs à ultrasons et capteurs acoustiques Capteurs pour inclinaison et accélération Développement de capteur spécifiques Caractéristiques du détecteurs inductif : Noyables ou non noyables dans le métal Haute température Boîtiers inox, métal ou plastique Portée augmentée Sortie câble ou connecteur Électronique déportée Pulsotronic propose une gamme étendue de détecteurs de proximité inductifs. Ceux-ci sont utilisés surtout pour des applications demandant une haute fiabilité, de hautes fréquences de commutation et une grande longévité. Notre gamme comprend des capteurs cylindriques de G3 à M40et des capteurs de forme quadrangulaire de dimensions 5x5mm à...

Ball Lenses are widely used for focusing & coupling light into & out of fibres. With the high refractive index of Sapphire (Al2O3) material, it yields a low spherical aberration that can be used in the range of UV from 200nm up to 5µm, and with it being one of the hardest materials they are resistant to damage. The key feature of ball lenses is their short back focal length allowing for precision coupling where size or space is a limiting factor in the system. Typically used in pairs, where one lens acts as collimator for the second to focus the light back into the coupled fibre. Ball Lenses are manufactured from a single substrate of glad and therefore, depending on the geometry of the input source, can focus or collimate light. Half Ball Lenses can also be used as an interchange with a full ball lens for more compact designs. Read the PDF for more information...

Knight Optical can offer Cube Beamsplitters for use within the Scientific Industry. We supply a range of Cube Beamsplitters for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers in the scientific industry for use as components within spectrophotometers and interferometer. For interferometry, beamsplitters are used to separate light into two beams to compare a reference against a sample. Cube beamsplitters offer some advantages over plate beamsplitters in that they don’t suffer from ghost images and are easier to mount. For more information read PDF…

Knight Optical can offer Littrow Prisms for use within Laser Applications. We supply a range of Littrow Prisms for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers within Laser Applications. Littrow Prisms are used near the end of an optical cavity of a laser system to finely adjust the output frequency by changing the AOI of the prism. For more information read PDF …

Stainless steel system for cleanroom production with 400 W laser system Positioning the laser head using a 3-axis servo system Stainless steel lifting door with inspection window

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.

Magnetic ball bearings are increasingly important in CO2 laser systems and fluid pumps as well as applications in the optics industry. GMN has led the development and manufacture of safety bearings, so-called ‘touchdown bearings’ since the middle of the 1990s."

Stainless steel system for cleanroom production with 400 W laser system Positioning the laser head using a 3-axis servo system Stainless steel lifting door with inspection window.

thicknessGAUGE C.LL sensor systems use laser triangulation sensors for the thickness measurement. These laser sensors enable high measuring rates at high speeds. The thicknessGAUGE.laser series impresses with a favorable price/performance ratio and is preferably used for thickness measurements of common surfaces such as plastics, wood and metals.