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The Durston Pottery Wheel is a serious, high torque machine built for control, stability and long-term use. Formed from high quality die cast aluminum and driven by a brushless motor, it offers smooth, predictable performance from the slowest speeds through to 280 rpm.
-Extremely high torque brushless motor with excellent control up to 280 rpm
-High quality die cast aluminum construction for longevity
-Adjustable height feet to protect the floor and suit different working positions
-Die cast aluminum foot pedal for precise, maintenance free control
-12 ½ inch aluminum wheel head with pre drilled bat pin holes and bat pins included
-Easy-Clean Design – wipe-clean surfaces with a large slop tray for effortless maintenance with integrated drain hole
-Adjustable Shelf positions adapt to suit the user’s working style
-Quiet, Efficient Performance – Belt-driven system delivers smooth, reliable power with minimal noise
-Exceptional Throwing Capacity – Engineered to handle serious workloads, capable of throwing 100kg+
-Tool-Free Wheel Head Removal – Fast, simple removal
-Patent Pending – GB2517100.0
-Height Adjustable Rubber Feet
-Forward and Reverse Function
-Extremely high torque brushless motor with excellent control up to 280 rpm
-High quality die cast aluminum construction for longevity
-Adjustable height feet to protect the floor and suit different working positions
-Die cast aluminum foot pedal for precise, maintenance free control
-12 ½ inch aluminum wheel head with pre drilled bat pin holes and bat pins included
-Easy-Clean Design – wipe-clean surfaces with a large slop tray for effortless maintenance with integrated drain hole
-Adjustable Shelf positions adapt to suit the user’s working style
-Quiet, Efficient Performance – Belt-driven system delivers smooth, reliable power with minimal noise
-Exceptional Throwing Capacity – Engineered to handle serious workloads, capable of throwing 100kg+
-Tool-Free Wheel Head Removal – Fast, simple removal
-Patent Pending – GB2517100.0
-Height Adjustable Rubber Feet
-Forward and Reverse Function
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