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By using three-dimensional laser beam welding equipment, we are able to make some of the most varied products in the sector. Laser beam welding is a welding technique that is used to join pieces of metal together. A laser produces a high-intensity, concentrated beam in one specific place. This concentrated heat means that localised and deep welding can be carried out at high welding speeds, which is very resistant and also provides beautiful results at the same time. This is different to other metal welding techniques because laser beam welding doesn't add any material to the sheet metal and doesn't easily produce any beads or obvious residues. Fibre laser welding needs advanced knowledge in order to be carried out properly and to perfection. The pieces have to be lined up perfectly, with particular emphasis being paid to machine calibration and maintenance. It is for this reason that this type of welding is a very delicate process and why not all companies within the sheet metal processing industry can ensure that their laser beam welding is executed flawlessly.

Spawanie stali kwasoodpornej MIG/MAG, TIG. Grubość do 20mm. Welding of carbon steel using MAG, MIG and TIG methods Low-alloy steels are alloys to which additional components have been added, such as manganese, chromium or nickel, in quantities not exceeding 2% of a single component. Considering the specific properties and intended use, we distinguish three groups of materials: steels with increased strength , low-alloy steels for power engineering and steels for thermal improvement. Carbon Steel Welding Procedures It is worth noting that the increase in the content of carbon and alloying elements worsens the weldability of steel and carries the risk of cold cracks. Before starting welding, our specialists will assess the weldability of steel based on the chemical composition and the Ce equivalent. On this basis, they will determine whether they are dealing with easily weldable steel, with limited weldability or difficult to weld. We also use the hardness criterion for the initial assessment of weldability. In the case of low-alloy steels with a higher carbon equivalent, we use specific technological measures, such as: increased linear arc energy, preheating and low-hydrogen welding processes.

When using high-performance CO2 lasers for welding applications, metal mirrors are usually preferred for beam guidance. Depending on the desired application, the configuration of the machining head is composed of modular individual components according to customer requirements. The possibilities are almost unlimited, ranging from the simplest welding head to complex 3D machining heads. The FH40/C focusing heads are used for laser power up to 5 KW and raw beam diameters up to max. 30mm, the FH60 focusing head for laser power up to 15 KW and raw beam diameters up to max. 50mm. All optical units have connections for direct water cooling, are available with different coatings and are generally available from stock. In addition to the cross-jet for the efficient reduction of splashes and smell on the mirror optics, protective gas feeds with a lateral or coaxial flow direction are also offered for targeted coverage of the welding torch.

We offer manual welding in the MIG MAG, TIG, WIG, LASER WELDING processes We weld carbon steel and stainless steel parts. Team of 10 qualified and certified welders. We make quality welds with high durability, strong and neat appearance.

We can realise different types of cutting with the laser and plasma cuttings.

Schweißer-Schutzvorhang TransTac Schweißerschutzvorhänge schützen gemäß DIN EN ISO 25980 bei einem Gefährdungsfaktor <1. Darüber hinaus bieten die Vorhänge Schutz gegen Schweißspritzer und Schlackenteile. Beim Schutzgasschweißen bleibt die schützende Gashülle erhalten, da Zugluft durch die Vorhänge abgehalten wird. Oberkante mit äußerst stabilen, eingeschweißten Kunststoffringösen Aufhängung mit Kunststoff-PA-Haken am C-Profil Einfaches Verschieben der Vorhänge in Parkstellung wie bei einer Gardine Spezielle Laufrollen für größere Höhen Befestigung an Rohr oder Schutzgittern mit Karabinerhaken Produktdetails: Farben: T40 (rotorange); T50 (rotbraun); T55 (eurogrün); T75m (dunkelgrün matt) Standardbreite: 1300 mm Standardhöhe: 1600mm bis 3000mm Dicke: 0,4 mm Rundum mit Saum Oberkante mit 7 verstärkten Kunststoffringösen Seitlich eingeschweißte Druckknöpfe zum Aneinanderreihen mehrerer Vorhänge Gewicht: 1,60 kg/Stück Gefährdungsfaktor: 0,80

At IMS, we combine the power of precision laser welding with our expertise in precision engineering. We do this to provide innovative and reliable solutions to weld microwires for the production of medical devices and medical implants.

Gas Metal Arc Welding (GMAW), commonly known as MIG welding, is a welding process where an electric arc forms between a consumable electrode and the workpiece, generating the necessary heat for welding. The electrode, continuously fed as a solid wire, melts and forms the weld metal as it is consumed. The welding area is protected from atmospheric contamination by shielding gases or gas mixtures from the welding torch, ensuring high-quality welds by preventing defects caused by even minimal air exposure.

We present to you our team of experienced welders, prepared to confront the challenges of your most demanding projects. Our team of experienced professionals specializes in various welding techniques, including MIG, MAG, and TIG, and holds the necessary welding certifications. Key Features of Our Welders: - Certified Expertise: Each one of them holds all the required welding certificates, ensuring exceptional competency and quality in carrying out welding tasks. - Years of Experience: They bring rich experience from various projects. - Precision and Reliability: They perform their work with a high degree of precision and conscientiousness, always adhering to the highest quality standards. - Team Coordination: Our welders are adaptable and integrate well into teams, ensuring efficient collaboration on every project. Our team is ready for new challenges. If you need reliable and skilled welders for your next project, we are the right partner.

In our workshop, welded assembly parts can be produced using TIG, MIG, MAG, Stainless and Aluminum welding technologies.

De/Montage sowie Inbetriebnahme (Asbest–Abbruch, Sanierungsarbeiten) Apparateaufstellung und De/Montage, Montageüberwachung Supervision. Kompletter Umbau bei Schäden und/oder Verfahrensumstellung. Zudem bieten wir unsere speziell zusammengestellten Werkzeugcontainer und Werkzeugtransporter an, um jedes Vorhaben in ein maßgeschneidertes Konzept nach Kundenwunsch anbieten zu können.

Mig-Mag TIG Laser Welding of carbon steel, stainless steel and aluminum.

Ihr kompetenter Partner in der Schweißtechnik: MIG, MAG, WIG, Widerstandspunkt-& Bolzenschweißen, E-Schweißen, Roboterschweißen Für wiederkehrende Serienschweißaufgaben stehen zwei Portalschweißroboteranlagen zur Verfügung. Mit einer Bearbeitungslänge von bis zu 8 m können wir mittels der 10 Bearbeitungsachsen komplexe Kundenwünsche realisieren. Wir sind zum Schweissen von Stahlbauten gemäß EN1090 berechtigt.

Temps de cycle : 25 s 2 références possibles

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

We are dynamic and focused on providing solutions of excellence, we invest in quality control and a commitment to meeting the agreed deadlines

Das Erfolgsmodell OW 12 wurde optimiert! Das Ergebnis: Ein ausgereifter Schweißkopf mit einer beispiellosen Robustheit, hohem Bedienkomfort und noch mehr Leistung, z.B. durch: – Höhere Temperaturbeständigkeit – Verbesserte Zündeigenschaften – Optimierte Rotorführung – Optimierte Schweißgasführung – Flüssigkeitsgekühlt – Integriertes Bedienfeld – 7,5 m (24.6 ft) Schlauchpaket Kleiner und effektiver geht es nicht: Der OW 12 bietet mit seiner extrem schmalen Bauform eine einzigartige Funktionsvielfalt ­sowie durch die ­Flüssigkeitskühlung eine bei Schweißköpfen dieser ­Baugröße bisher nicht gekannte, hohe Einschaltdauer. Dieser Mikroschweißkopf ist ein kompaktes Platz­sparwunder und garantiert auch bei hohen Schweißströmen stets ­reproduzierbare, qualitativ ­hoch­wertige Schweißnähte. Ideal zum Verschweißen aller gängigen Mikrofittine! Der OW 12 mit seinen klein dimensionierten Modulen – Basismaschine, Spannkassetten und Spanneinsätze – ist das ideale Werkzeug für Anwendungen ­unter... Elektrodendurchmesser:1,0 mm Herkunftsland:Deutschland Maschinengewicht inklusive Schlauchpaket:4,8 kg Rohr-AD, min. - max.:3,0 - 12,7 mm Schlauchpaketlänge:7,5 m

Potentiel : Kranamax Ltd possède un potentiel important de croissance et d’innovation dans le secteur de la transformation des métaux, grâce à l’expérience et au professionnalisme de notre équipe et aux technologies de pointe que nous utilisons.

In the field of metalworking, the company offers many services such as cutting, bending, milling and grinding. The use of modern machines and tools allows precise shapes and finishes to be achieved, meeting the expectations of even the most demanding customers.

Straight from our warehouse Approx. We keep 300 different versions of welding outlets (ANSI B 16.9 / MSS SP 97) in our extensive warehouse in Dortmund. We can also supply you at short notice. We only deliver goods of European origin. Standards and special requests We deliver welding outlets in different wall thicknesses (STD, XS, S 160 & XXS and special wall thicknesses) and in all common materials. If required, we can also supply special materials. In the case of welding outlets, a distinction is also made between reduced and full waste. Express service We can deliver welding outlets in stock within Germany to the customer the next day if the order is received by 11.00 a.m. Simply specify when ordering if you would like to use this express service. Wall thickness:Standard, Extra Strong, Schedule 160 & XXS different wall thicknesses on request Branch size:1/8 to 48 inches different sizes on request Materials:A 105 in stock A 350 LF2 in stock A 182 F 304 / L in stock A 182 F 316 / L in stock

Tresses de soudage cuivre

Verbindungstechnik Auch im Bereich der Verbindungs- und Schweißtechnik können Sie sich auf das Know-how und die Qualitätsarbeit aus dem Haus LENZKÄMPER verlassen: Abgestimmt auf Ihre spezifischen Anforderungen, erarbeiten wir technische Lösungen für unterschiedliche Industriezweige und fertigen für Sie technisch anspruchsvolle Schweißbaugruppen. Die einzelnen Elemente der Baugruppen werden bei LENZKÄMPER in hauseigener Produktion entsprechend unseren strengen Qualitäts- und Sicherheitsstandards gefertigt. Zum Einsatz kommen komplexe technische Verfahren, darunter das Rotoberschweißen einzelner Bauteile, das Widerstandschweißen, das Punktschweißen und das MAG-Schweißen. Ihr Vorteil: Kostenersparnis durch unsere wirtschaftliche Serienfertigung, bei gleichbleibender Qualität. Wir bieten Ihnen: Einbaufähige Schweißbaugruppen Roboter unterstütze Schweißprozesse Schweißprozesse aller Art Verstemmen von Einzelteilen Wirtschaftliche Serienfertigung

We provide extensive services in welding to a variety of industries. We specialize in pipe welding in refineries, boiler rooms, heating plants, food processing plants (dairies, etc.), air and water distribution in manufacturing halls and other industries. We use a wide range of welding methods including TIG, MIG/MAG (CO2 shielded), AC/DC (coated electrode) and flame welding.

Size 1200*500mm

MIG/MAG welding, reference number of 131/135 TIG(WIG) welding, reference number of 141 and 142 MIG soldering with an additional material CuSi Materials: Steel, Stainless steel and Aluminum Professional power sources by company Fronius Welding tables by company Siegmund

Advantages of Laser welding: High welding speed (1-10 m/min). Welding without edges grooving. Minimal warp distortions. Minimal heat-affected zone. Applicable for welding of wide variety of materials. Welding process versatility. Possibility of automatization. Energy and wire saving. Comfortable labor conditions, working area maintained clean. Readme! Laser welding has a special property – it forms a high-density welding joint. Porosity and other defects that are inhere in other welding methods, are absent using this technology.

The Plasma PC-210 is the most flexible plasma cutting machine you can consider. The device is ready to use and is capable of cutting quickly and accurately. Powered by a standard 230V power supply, the machine is ideal for working on site. With PC-210 cutting, it no longer has to be a problem, forget the angle grinder, grab the torch and cut in seconds. This inverter machine is equipped with an integrated air compressor. This provides maximum flexibility without the need for a separate compressed air source. And with a weight of just 18 kg combined with its small size, this versatile machine can be used anywhere, anytime. Reference:K12038-1

Das Plasmalichtbogenschweißen gestattet wegen seiner, im Vergleich zu anderen Lichtbogenschweißverfahren höheren Energiedichte und dem sehr feinen und exakt dosierbaren, nahezu zylindrischen Plasmabogen, Schweißaufgaben mit hohen Qualitätsanforderungen zu lösen. Im Vergleich zu konventionellen Schweißverfahren erreicht der reproduzierbare Plasmabogen eine hohe Einbrandtiefe bei gleichzeitig deutlich geringerem Wärmeverzug. Die hohe erreichbare Schweißnahtqualität und Schweißgeschwindigkeit sind charakteristische Vorzüge des Plasmaschweißens.

Das optimale Schweißverfahren für eine vorgegebene Aufgabe – wir arbeiten mit folgenden Schweißverfahren: WIG-Schweißen und MIG/MAG-Schweißen. Je nach Aufgabenstellung und Material wird das passende Schweißverfahren von uns ausgewählt.

Plastic for welding … Welding is often the simplest and best way of fastening. The range of different perforated plates offers a wide range of applications. Size and quantity of the welding joints depend on the substructure and must be defined on site. Please note that the perforated metal sheet can under no circumstances take over any static functions. The secutex buffer pad is simply disconnected by grinding away the welding spots. These are the advantages Simply weld onto the item to be welded No need for repeatable holes in the workpiece No holes in the secutex impact protection material Applications On all metal surfaces On thin metal walls Everywhere where screwing is not possible or screw holes are unwanted Examples Collecting basins Ramp protection metal boxes Container Forklift Gripper Girder protection Pallet truck 1. Perforated metal sheet, overhang at the side This version is suitable for welding onto flat surfaces and extrawide profiles of construction steel.