1 Newly developed self-clamping mechanism achieves a higher rigidity Side lock mechanism Unique design holds insert at 2 points Safe even for insert with small tip angle that is difficult to mount Indentations for screw clamp are designed into the insert's body Uses a large screw size (M4) Insert displacement in X direction (mm) Insert displacement during facing comparison (Internal evaluation) 0.03 ZBMT 0.02 Competitor A (25 ° Type) Insert displacement 75 % 0.01 0 5μm -0.01 -0.02 21μm -0.03 0 5 10 15 20 25 30 Number of machining passes Cutting conditions : Vc = 230 m/min, ap = 0.3 mm, f = 0.15 mm/rev, wet Workpiece: 34CrMo4 *The above figures are not guaranteed. It depends on cutting conditions. Check By controlling insert displacement, – Machining precision is stabilized and long tool life is enable – Reduces defect rate due to sudden dimensional deviation *Please check P5 for how to attach and detach insert using the new insert clamp Provides high quality and stable machining in various machining applications Excellent performance in various machining applications including copying, undercutting, tapering, V-Slotting, spherical machining, etc. Shaft copying Internal undercutting 2 End face tapering CG images
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