
With this tool, only a small tightening torque compresses
the frontal nose, providing an extremely high gripping 3 2 1
force. It is designed for roughing and finishing applications in milling where high torque transmission, maximum accuracy, compactness and easy operation are required. Features
| • Thick wall construction to withstand greater side | 11 | 9 | 8 | 5 4 | 6 | 7 | |||
| loading forces | |||||||||
| 1 | Shallow tapered front end cone | ||||||||
| The high gripping force achieved by the MAXIN POWER |
| CHUCK results from the shallow nose tapered cone (1) with | 2 | Clamping nut |
| helical slot (3) inside the internal chuck bore. It exerts a very | 3 | Helical slot |
| high clamping force when the clamping nut (2) is rotated | ||
| 4 | Needle bearing cage | |
| in the axial direction.The shallow taper of the tool nose (1) | ||
| and the angled position of the needle bearing (4) that sit in | 5 | Front seal |
| the cage create the axial movement of the clamping nut (2). | ||
| 6 | Ventilation bore (thread M4) | |
| This unique clamping mechanism eliminates | ||
| axial movement of the shank while clamping, | 7 | Preset screw thread |
| simplifying the preset process. | 8 | Cap screw (for the preset screw) |
| 9 | Preset screw | |
| Runout Accuracy | ||
| Maximum runout at 3XD overhang is less 0.01 mm | 10 | Ground bore |
11 Grip groove (for collet release) 3xD 0.01 D