Searched for "Laser Welding"

Individual adjustments possible Machines for your requirements ( 2 ) machines found Laser Welding Machines ELC 160 Laser Welding Machines ELC 160 HP Downloads E C D A T A E N pdf | 1 MB Download Solutions E

LC 4-2 Laser Cleaning Machines LC 4-2 Footprint: mm 1500 x 3050 Laser capacity: 200 W fibre laser Max. axis speed (rapid-traverse) X / Z axis: m/s 0,4 / 0,5 Send inquiry Standalone LC 4-2 laser cleaning [...] Data Footprint 1500 x 3050 mm Laser capacity 200 W fibre laser Max. axis speed (rapid-traverse) X / Z axis 0,4 / 0,5 m/s Footprint mm 1500 x 3050 Laser capacity 200 W fibre laser Max. axis speed (rapid-traverse) [...] 4-2 laser cleaning machine evaporates impurities on surfaces using a high-energy laser beam. The machine is designed for components with a max. diameter of 200 mm and a max. height of 350 mm. Laser cleaning

sides (inside and outside) of the welded raw parts are machined. This is followed by a cleaning process and the joining of the two parts to form a rotor shaft by laser welding in OP 40. The hardening of the [...] solution for the production of such rotor shafts. It includes VL and VT-series turning centers, ELC laser welding machines, MIND-series induction hardening machines, as well as VTC and DS-series grinding machines [...] VL/VM VL 4 Modular – Chucked Components – VL/VM VL 6 Modular – Chucked Components – VL/VM VL 8 Laser Welding Machines ELC 160 ECM / PECM Machines PI ECM / PECM Machines PS - Premium Standard Modular – Shafts

coordinated production system: All EMAG technologies: turning, milling, grinding, gear cutting, laser welding, and electrochemical machining (ECM) Combination machines: multiple processes in a single work

ELC 6i enables laser welding of powertrain components in a compact system. It integrates all process steps from cleaning, preheating and joining to welding and marking. ELC 6i - Laser welding for powertrain [...] incl. automation GP 500 H: Grinding of double helical gears for aerospace applications ELC 6i: Laser welding for powertrain components ECM Boost Technology : Manufacturing high-tech components in the shortest [...] differentials, intermediate shafts or rotor shafts in modern powertrain lines. More about laser welding ECM Boost Technology: Manufacturing high-tech components in record time - without the drawbacks of

two-piece rotor shaft comprises up to eleven operations: turning of the individual parts, laser cleaning, laser welding of the joint, hard external machining, internal machining, tooth profiles, and final grinding [...] link up of turning, welding, and grinding into a seamless process - for up to 360,000 components per year. Advantages Complete process chains from a single source: Turning, welding, hardening, grinding [...] components, EMAG relies on a broad spectrum of technologies: turning, gear hobbing, grinding, laser welding, and electrochemical machining (ECM) for deburring and inner forming. All processes can be linked

engine components. Crankshafts, camshafts, transmission components: turning, gear cutting, and laser welding combine in continuous production lines. ECM technology rounds out the range, machining every workpiece [...] offers all relevant manufacturing processes from a single source—turning, gear cutting, grinding, laser welding, and ECM. End-to-end process chains: EMAG plans and implements complete production lines that [...] offers a broad range of technologies for the automotive industry: turning, gear cutting, grinding, laser welding, and electrochemical machining (ECM) for extremely hard materials. These processes are used for

designers and developers. EMAG's laser cladding in particular opens up many possibilities: Matrix material and hard material carbide are fed into a laser tool and welded to the preheated surface. In this [...] point is that, on the one hand, we can control and influence the turning process and the entire laser welding process on EMAG machines if the customer so wishes. On the other hand, we keep an eye on the [...] as both processes have a decisive influence on each other. It is important to know that although laser cladding always produces a similar surface roughness (Rz up to 100 micrometers), the strength of this

highest degree of uniformity over its entire length. How does laser metal deposition of press rolls work? In laser metal deposition, a focused laser beam is directed at the rotating roller surface. A metal [...] work area of the EMAG ELC 1500 LMD during laser metal deposition of a press roll. The laser beam applies cladding material to the rotating roll surface. Why is laser metal deposition superior to thermal spraying [...] total turnaround time for a roller. The EMAG Laser Application Center conducts feasibility studies and process development for laser metal deposition. Various laser machines are available for customer trials

This includes turning, drilling, milling, gear cutting, grinding, electrochemical machining and laser welding. Particularly noteworthy are the turnkey production solutions that are used in various sectors

ing solutions for powertrains and transmissions, whether for turning, cutting gear teeth, or laser welding. Relevant workpieces (15) Turbocharger Soft and hard machining of shafts is one of EMAG’s core

Efficient process chains for assembled rotor shafts Integration of joining, preheating and welding processes Precision laser processing with minimal component distortion In-process measurement and quality assurance

concepts. Advantages Broad machine portfolio: EMAG offers turning, grinding, gear cutting, and laser welding machines tailored to the specific requirements of construction and agricultural machinery components [...] manufacturing tolerances. EMAG offers a broad portfolio of turning, grinding, gear cutting, and laser welding machines built to meet these industries’ requirements. Complete machining centers that combine

high-speed turning, and specialized technology centers showcasing gear production, ECM technology, laser welding, humanoid robotics, and defense applications. Our exhibits demonstrate how efficient machining [...] requirements. More Information Laser technology demonstrates precision joining for shafts and assemblies with minimal heat input and high process repeatability. Laser Solutions Technology Center: Precision [...] repeatability Laser technology solutions create strong metallurgical bonds with focused energy input that limits the heat-affected zone, reducing distortion and preserving component tolerances. The Laser Solutions

g Systems for a Huge Range of Applications Decades of experience in machining, gear cutting, laser welding and electro-chemical machining go into the development and production of state-of-the-art machine

dust. Additionally, EMAG LaserTec is presenting its new highly flexible ELC 1200 V machine platform, for individual applications from laser cleaning and laser welding to laser hardening. Large range of [...] that is of great interest within the context of sustainable products is laser coating of brake discs with a machine from EMAG LaserTec, which can smoothly be integrated into complete production lines with

technologies to achieve this – from turning, drilling, milling, gear cutting and grinding to laser welding and heat shrink assembly all the way to electro-chemical machining. Machine Overview EMAG Blog

south-western Germany. EMAG introduces LaserCell October 2003 At EMO in Milan, EMAG presents LaserCell, a completely new kind of production machinery for joining and laser welding multiple different parts to form [...] of the car. This is made possible by a two-layer hard coating that is applied to the disk by laser welding. For the first time, EMAG is presenting the complete brake disc machining process from soft machining [...] EMAG presents more ground-breaking innovations at EMO 2017. The HLC 150 H by EMAG KOEPFER, the laser welding machine ELC 160 HP by EMAG Automation, the CI 400 by EMAG ECM, and the VMC 450-5 MT by EMAG Leipzig

Technology Seminars EMAG Technology Seminars: From Introductory to Expert Level! Training and expertise are the keys to our future competitiveness and innovativeness. In light of the continuously chan

catered to similarly sized round parts. These additional technologies include power skiving, laser welding / hardening / cleaning, electro-chemical machining, hobbing, grinding, hard milling, and induction

highest surface quality Gear cutting technology : Complex geometries with micrometer precision Laser welding : Low-distortion joining technology for sophisticated components Electrochemical machining : Burr-free

direct succession. From turning, drilling and milling to hardening all the way to grinding and laser welding, the EMAG Group has the required application know-how to develop a solution. EMAG also develops

Efficient process chains for assembled rotor shafts Integration of joining, preheating and welding processes Precision laser processing with minimal component distortion In-process measurement and quality assurance [...] Efficient process chains for assembled rotor shafts Integration of joining, preheating and welding processes Precision laser processing with minimal component distortion In-process measurement and quality assurance

highest surface quality Gear cutting technology : Complex geometries with micrometer precision Laser welding : Low-distortion joining technology for sophisticated components Electrochemical machining : Burr-free

single piece - without tolerance chains at the joints Assembled rotor shafts, joined by laser or friction welding Internal and external gear teeth (splines) for positive-fit torque transmission Rotor shafts