Drilling Power, Anytime, Anywhere

Precise centring without centre punching and faster drilling on different materials and surfaces such as pipes. The FLOWSTEP® tip guarantees an easy and smooth drilling process without jamming in the material. This tip also saves time when drilling, as fast and easy drilling is possible without much effort. The twist drill also has the advantage that it is no longer necessary to pre-drill with small drill bits, especially for large drill diameters. This completely eliminates the need to change tools, which also saves a lot of time and tools.

With a cutting depth of 10.0 mm, the ULTIMATECUT Multidrill can be used instead of twist drills. This eliminates the need for time-consuming tool changes for smaller drill diameters, saving up to 75% of the time.

No problems reaching hard-to-reach places on T-beams, for example, where the use of core drills with core drills is problematic. In addition to applications in steel, the ULTIMATECUT Multidrill also achieves the best results in non-ferrous metals, plastics, Plexiglas and wood. It is ideally suited for guided drilling units and hand drills.

The FLOWSTEP® tip gets its name from the FLOWSTEP® technology developed by RUKO. This specially developed, unique cutting edge geometry leads to a much smoother and quieter drilling process thanks to its gentle step transitions, which significantly reduces the machining time and considerably improves the drilling result. Another guarantee for durability and speed is the proprietary RUKO nano Technology coating, RUnaTEC for short. Thanks to the three-surface shank, the tools are also ideally suited for use in hand-held drills.

Our ULTIMATECUT premium line guarantees a doubling of tool life and even simpler and more effortless cutting of even the most demanding materials thanks to RUKO's own RUnaTEC coating, which is actually noticeable.

The RUnaTEC coating has extremely high wear resistance and nano-hardness, increased hot hardness, does not cause material welding and achieves optimum, smooth surfaces.