S250 Product Data Sheet - Extrude Hone - #1

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Extrude Hone S250 Compact and flexible deburring system concentrates maximum economy into minimum machine space The new Kennametal Extrude Hone™ S250 thermal deburring machine is designed to be flexible and compact and offers a host of options. Being a fully featured single-station unit, it is provided with all necessary functions to ensure a controlled deburring process and integrates easily into lean manufacturing environments. The S250 thermal deburring machine, designed for a max closing pressure of 250 US tons (2,224 kN), is available with different chamber diameters for perfectly meeting individual customer requirements. With an optional “extended chamber”, the deburring unit provides the possibility of machining larger workpieces, thus providing high flexibility and economical operation. The S250's compact design requires very little floor space, making it ideal for machining not only small batches but also mass-produced parts. This makes the S250 an extremely economical solution for manufacturers with a diverse range of parts and batch sizes. It also integrates easily into a linked production line. Features and Benefits • Robust Combination of a frame designed to give long lasting fatigue strength and performance and a hydraulic ram cylinder providing reliable chamber closing. • Modularly constructed enclosure Low-noise hydraulic power unit reduces noise into the production environment and delivers increased safety for the machine operator. • Water cooling of the 2-piece deburring chamber Enables system to be used in continuous operation. • Hydraulically operated gas dosing system Achieves consistent quality with high-precision gas delivery system. • Simplified loading and unloading operation Automatically operated vertical sliding door and ergonomic loading device (patent pending). • User-friendly HMI control with touch screen interface Facilitates quick set ups and fine-tuning of parameters and convenient machine monitoring and operation and integral fault diagnostics. PRODUCT DATA SHEET TEM • Thermal Energy Method