laser hardening

...Laser surface hardening is characterized as a very flexible and distortion-free tool. Hardening Laser hardening is distinguished as a flexible and material-friendly/distortion-free process. This is a local hardening method that must be selected based on the material and application case. The hardening tracks are applied overlapping on the surface. For better adhesion, a coating is applied. The following materials are suitable: - C45 tempered - 42 Cr Mo V tempered - 100 Cr 6 - C60...

...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.

...Laser beam hardening, like flame and induction hardening, is classified as a surface hardening process. All steels that can be conventionally tempered can also be laser beam hardened.

...Laser hardening enables local and distortion-free surface hardening of cast parts at high speed.

...suitable for permanent, closed marking of metals and plastics - Fiber laser marking systems belong to the group of semiconductor lasers. The laser beam is generated in a diode-pumped fiber optic. REA JET FL is suitable for permanent, closed marking of metals and plastics. Text, code, numerical, or logo marking can be performed even on greasy, corroded surfaces or at temperatures above 1000°C. Applications — Engraving and hardening of metals — Color marking of unprocessed plastics and additives — Day and night design — Laser transfer foil and coated substrates...

...Less rework and the ability to process irregular, three-dimensional workpieces are the advantages of laser hardening.

...STIEFELMAYER Laser Technology - not the inventors of these technologies, but we have made something special out of it: STIEFELMAYER HC5.

...The AL-ROCK is a laser hardening system for surface hardening with a self-propelled caterpillar track. The laser can be brought directly to the workpiece. Time-consuming removal of the components to be hardened can often be avoided. The robot arm easily reaches the hard-to-reach places on the workpiece. All common metals can be hardened, e.g. Quenched and tempered steels, cold work steels and...

...Laser Hardening up to 1,500 x 600 x 800 mm LASER HARDENING Laser hardening is a process for surface hardening of individual functional areas of components. One advantage of this method is, for example, the ability to harden the surface layer of complex contours. The focused laser beam heats the respective component surface. The temperature drop is achieved through the component's "self-quenching."...

...Laser surface hardening with case depths from 0.1 mm to 2.0 mm. We perform surface hardening (case depths from 0.1 mm to a maximum of 2 mm) on finished (e.g., ground) workpieces using Nd:YAG, fiber, and diode lasers, with minimal distortion. We utilize various CNC systems with 3 to 6 axes. By employing a 6-axis robot, we can effectively produce large quantities of small components in series...

...• Laser welding with filler wire • Laser cladding welding • Laser engraving • Laser hardening • Laser soldering Material thicknesses from 0.05 to 7 mm, workpiece lengths up to 3.3 m Highest speed using 3D scanner: 1500 circles in 25 seconds Variants: • Laser welding with filler wire • Laser cladding welding • Laser engraving • Laser hardening • Laser soldering Beam sources: • 5 kW CO2 laser...

...The high-performance diode laser generates a precise laser beam. The surface of the workpiece to be treated is locally heated rapidly (> 1000 °C/second) and transformed up to a maximum depth of 1.5 mm.

...MOBILE AND FLEXIBLE LASER HARDENING AND POWDER DEPOSITION WELDING...

...Our LHS-type laser hardeners have been developed to harden steel parts and tools such as pliers in large quantities with high precision. The stressed parts of a tool can be processed precisely while the rest of the material remains unaffected. The LHS hardening system is based on two diode lasers, whose laser heads are arranged on a four-axis system and can operate independently of each other...

...Each part has specific properties and requirements regarding material and surface. Therefore, our range of services also includes surface treatment and finishing, such as anodizing, hard coating, hardening, or gilding. Through our long-standing cooperation partners who meet our quality requirements and are integrated into our logistics system, we can fulfill every customer request in surface finishing. - Flat and cylindrical grinding - Hardening - Nitriding - Passivation - Anodizing - Gilding - Nickel plating - Chrome plating - Bluing - Pickling - Laser engraving...

...2D/3D milling, drilling, spindles, reaming, threading Travel paths of up to 1000 mm x 600 mm x 500 mm Wire EDM, including the creation of starting holes Travel paths of up to 350 mm x 550 mm Other services such as hardening, welding, laser cutting, etc. are easily carried out by external partners.

...Assembly of components can be carried out in separate, clean rooms. We also have options for ultrasonic cleaning and laser marking. Our services include quality-checked production of precision mechanical components and assemblies, from single parts to series production, including the procurement of purchased parts, cleaning of components, and assembly. External services such as hardening and surface technology are offered through partner companies and are handled reliably.

...Welding (Electrodes, TIG and MIG) In addition, we offer you the following special services for your manufactured parts: - Hardening - All galvanic surface treatments - Water jet cutting - Laser cutting - Eroding - Flame-cut parts - Sheet metal processing - Pipe bending work...

...By collaborating with partner companies in the fields of laser marking, galvanizing, hardening, etc., we can manage the complete handling of development and manufacturing projects. To save you costs and time: - we produce individual parts and assemble them with supplied components into assemblies - we gladly take on assembly, pre- and post-processing, as well as finishing work in the surrounding area. This enables us to offer complete assemblies and relieve our customers of the procurement, scheduling, and storage of components.

... quality, and many other flat and round materials. Our years of collaboration with selected and competent partner companies enable us to offer you additional services such as surface coatings, hardening, eroding, grinding, laser welding, sheet metal processing, and much more from a single source.

...Precision parts are turned, milled, or laser-cut, stamped, and ground components (grinding parts) that require a special level of accuracy. These are components whose surface accuracy can be achieved through turning or milling. Although machining can now ensure very good surface qualities and tolerances, the subsequent heat treatment (hardening) of the components affects the surface properties, making grinding necessary. We manufacture turned, milled, stamped, laser-cut, and ground precision parts in both small and larger dimensions.

...We manufacture your workpieces according to samples, drawings, or CAD data on our CNC lathes and machining centers. From single parts to series of over 10,000 pieces. We process your CAD data using the latest CAD/CAM software from 3DSystems. Through long-standing collaborations with specialized companies, we can also offer you additional services: - Surface finishing - Hardening / Annealing / Tempering - Eroding - Surface grinding - Laser cutting 2D/3D - Welding...

... primer coating protects the plywood surface against moisture and burning (scorching) when laser-cutting tools are used. Application Riga Prime can be used as painted as well as unpainted for floors, walls, and ceilings, as packing material and in the manufacture of components of various sizes and shapes. Primer UV hardening primer (PUV-INT) for indoor use Polyurethane primer (PPU-EXT) or UV...

... paints, protective coatings, and much more) - Anodizing - Bluing - Tinning, galvanizing, nickel plating - Powder coating - Sandblasting - Infiltration - Polishing - Tumbling - Printing (pad printing/digital printing) - Laser engraving - Vapor deposition/metallization - Chrome plating - Hardening (nitriding/surface hardening) - KTL coating...

...The implementation of individual customer requests, flexible order fulfillment, and a high degree of customer proximity are fundamental prerequisites that we can offer. In the field of mold and tool construction, we provide our customers with a comprehensive service portfolio. We stand out primarily due to our high quality standards. This is made possible through precision in all work steps. Services at a glance • Flat grinding • Sink erosion • Turning • Milling • Laser cutting • Hardening • Designing...

...The possibility for subsequent processing such as laser engraving, anodizing, electro-polishing, hardening, grinding, galvanizing, and much more is another expression of our versatility. We collaborate with qualified and certified suppliers. This ensures a smooth order processing.

...Completion of additional, preliminary, or post-treatment, as well as the complete heat and surface treatment such as salt bath hardening, induction hardening, vacuum hardening, gas and bath nitriding, pickling, Mn/Zn phosphating, nickel plating, chrome plating, tinning, Durni coating, hard anodizing, bluing, soldering, welding, painting, engraving, laser marking, conservation, and more.

...Surface finishing through: vibratory finishing and glass bead blasting In collaboration with our partners and suppliers, we offer the following additional surface finishes: • anodizing • chemical nickel plating • bluing • bright nickel plating • hard chrome plating • galvanizing • hot-dip galvanizing • painting • silver plating • high-gloss polishing • hardening • surface hardening • nitriding • laser marking • engraving • grinding...

...The ideal complement to laser and plasma cutting processes as well as mechanical processing Advantages over other methods: • No heat-affected zone, no microstructure changes • More cost-effective than oxy-fuel cutting, as processes such as grinding, annealing, blasting, and hardening are eliminated • Milling components can be pre-cut, resulting in savings on milling, hardening, and material...

... are available. The produced stamped parts are washed/degreased or receive their respective final surface through vibratory finishing. In assembly, knee lever and eccentric presses, as well as riveting and welding machines, are used. Additionally, workstations for manual assembly are available. For other processes, such as hardening, galvanizing, or laser cutting, we are in contact with authorized partners.