» Energy efficiency » Superior temperature uniformity » Ease of operation » Greater temperature uniformity and efficiency » Prevents hot exhaust from escaping furnace when discharging billets » Speed Automatic operation » Versatility, Thermal control, Fuel efficiency
» Energy efficiency » Superior temperature uniformity » Ease of operation » Greater temperature uniformity and efficiency » Prevents hot exhaust from escaping furnace when discharging billets » Speed Automatic operation » Versatility, Thermal control, Fuel efficiency
» Reduced inventory, greater liquidity » Greater flexibility, improved system control » Maximized recovery » 100% of the log can be consumed » Excellent squareness of cut » Superior cut, Minimal deformation, Increased throughput, Reduced scrap, Increased productivity, Versatility
» Longevity, Dependability » Increased safety for operator » Reduced noise level » Maximum usage of raw materials » Reduced complexity of the equipment, cutting down on maintenance requirements » Provides the information for accurate cut lengths » Complete sawing system designed for ease of use and precise control » Delivers clean-cut, sharp-edged billet
» Quickly creates optimum temperature gradient to achieve smooth, high-quality profiles at maximum extruding speeds » Increased productivity and recovery » Precise control of cooling
» Even, twist-free, dimensional profiles » Reduced manpower » Enhanced safety » 3% less scrap over operation without a puller » Increased line efficiency
» Maximum safety, Minimum noise, Easy maintenance, Better material handling, Efficient removal of chips, Less surface damage to product » Optimizes blade performance, Better “angle of attack”, Better cut quality, i.e., less damage to thin shapes » Reduces bottlenecks, hence increasing throughput » Quality cut, No flexing, Higher-quality product » Enhances productivity by allowing process to continue while blade is making return stroke » Improves cutting quality, Eliminates back rake » Elimination of additional time that’s often needed for secondary cut
» Uniform hardness for high product quality, minimal scrap » Increased throughput » Adaptable to virtually any space requirements » A range of prices to fit your budget » Reduced manpower, manual intervention » Increased operator safety » Reduced damage to oven » Process can be varied to suit requirements of individual products » Reduced chance of operator error resulting in a scrapped load
» Extremely precise cut » Fastest back gauge indexing in the industry » Prevents backrake; product is not touched by the saw blade on its return stroke » Tooling sized to cut for optimum cut quality, Increased productivity, Versatility » Models to meet your specific application » Longer production cycle without re-load » Blade changes in only minutes » Increased safety for operator, Less scrap, Less additional machining time, Less metal to be removed in future machining
» Process control for on-time delivery, overall efficiency » Simplifies production schedule adjustments » Reproducible parameters stored for specific die applications » Tracking of production process throughout for internal review