Diode Lasers Diode lasers are extremely compact laser beam sources which are the perfect tool for applications like heat conduction welding, brazing and hardening.
Lasers for Marking For organic materials like wood, paper or leather, certain polymers and glass sealed-off CO2 marking lasers will achieve the best results.
Manual Welding Lasers Manual laser welding systems from ROFIN combine the excellent quality of laser welded joints with easy handling and fast operational readiness.
Systems & Solutions Complete solutions from ROFIN are solutions from a single source.
Laser Welding Systems Spot, circle, wave or quilting weld seams - ROFIN provides intelligent system solutions for numerous 2D and 3D welding applications.
Manual Welding Lasers Manual laser welding systems from ROFIN combine the excellent quality of laser welded joints with easy handling and fast operational readiness.
Laser Cutting Systems Laser cutting systems from ROFIN comprise very specialized solutions for cutting medical implants to highly flexible all-purpose platform solutions like the Cube.
Laser Cutting Laser cutting is applied for different kinds of materials where complex contours demand precise, fast and force-free processing.
Cutting Processes There are three different cutting processes: Fusion cutting, Flame cutting, Sublimation cutting. The cut geometry, cycle time, system technology and, above all, the material composition are the crucial factors for the decision which laser source to chose.
Laser Welding The laser beam welding is mainly used for joining components that need to be joined with high welding speeds, thin and small weld seams and low thermal distortion.
Welding Methods In laser welding one must distinguish between two main processes: heat conduction welding and deep penetration welding.
Laser Deposit Welding Laser deposit welding allows repair work, wear resistance can be improved, small design modifications can be realized and manufacturing faults can be corrected.
Laser Marking The laser marks virtually all metals and plastics and various other materials with high contrast and without adding any undesirable substance.
Laser Marking Methods In industrial laser marking four marking methods are commonly used: Engraving, Annealing, Color change, Surface removal. Today most applications use vectorized marking data.
Laser Perforating Lasers, especially high-frequency excited, fast modulating CO2 lasers with extraordinary power stability, are especially suited for perforating paper or plastic foils.
Laser Structuring Precise, local ablation of thin layers of material is finding its way into many different areas of industrial production.
Laser Ablation Selective laser ablation is applied where individual layers have to be ablated without significantly damaging the layers or substrates below.
CO2 Lasers High power CO2 lasers by Rofin
FL Series Perfect Beam Quality for Every Application.
