New insert clamping system increases sliding-head turning productivity
When grooving components radially, axially or internally to micron precision on a sliding-head lathe, or when carrying out longitudinal turning or parting-off, production output may be raised following the introduction of a redesigned insert clamping method by cutting tool manufacturer, Horn.
The Horn S224 grooving system for sliding-head lathes has been redesigned with a side tightening, cam lock screw to secure the insert. It avoids having to remove the tool from the lathe to index or exchange the insert. (Source: Horn)
The S224 grooving system from Horn formerly used a clamping screw on the front of the holder, but it has now been relocated to the side and changed to a cam lock action. It means that an insert can be indexed or replaced quickly without having to remove the holder from the lathe. The screw is readily accessible from the front when the tool is sitting in the gang toolpost and the insert can easily be removed or secured using a torque wrench and star bit. The process of presenting a fresh cutting edge to the component is therefore faster, reducing downtime and maximising productivity.
The need to invest in a special quick-change tooling system is eliminated, saving expense. The 16 x 16 mm square shank holder is available from stock in right- and left-hand versions. All variants of the holder are equipped with an interface for internal coolant supply.