Induction hardening. What makes it so effective? More and more companies are opting for induction-based hardening solutions. Here are four key reasons that make induction hardening such an attractive choice. 1.High throughput Induction hardening is ideal for integrating into pro- duction lines. Once installed, you can exploit the equip- ment’s high throughput, accurate controllability and reproducibility — even for workpieces with complex geometries. And if components need tempering, we offer different solutions such as induction or furnace tempering. 2.Shorter leadtimes The in-line integration made possible by induction hardening not only boosts output — it slashes lead- times. Components no longer need be sent away to hardening shops or separate hardening areas. Trans- portation times and costs are reduced. Administration is streamlined. 3.Minimal environmental impact Induction heating is a clean, flameless, no-contact technology. And since it precisely delivers heat only when and where it’s needed, induction hardening is ex- tremely energy-efficient — particularly when compared to wasteful methods such as furnace carburizing. Also, induction hardening typically uses a polymer emulsion; thus avoiding the use of environmentally unfriendly oil baths. These features are not only good news for the environment, they also contribute to a safer, health- ier and more productive workplace. 4.Complete control Induction hardening treats each workpiece individually. This means each and every workpiece is hardened to very precise specifications. Nothing is left to chance. With SINFOR Induction’s PLC/CNC control systems you determine the heating pattern, heating time, through- put speed and quenching process for each hardened component. Parameters for each component can be supervised and stored on your server via a network connection.