The unique measuring system helps automobile engine manufacturers improve the combustion process and improve efficiency while reducing engine emissions.
The patented Softsynchro® tap holder with minimal length compensation technology is now available with a quick-change option for easy tool changing in or outside of the machine.
When comparing the tool path of the EMUGE Punch Tap with the tool path of conventional taps or cold-forming taps, it shows that the path is approximately 15 times shorter for a thread M6 with a depth of thread of 15 mm. The result is a significant time savings up to 75% in a threading cycle.
We are making test cuts using Emuge's Jet Cut 3/8" diameter end mill cutting at 1.5X D depth (.512" deep) in 4140 Pre Hardened steel on a Haas DM2 milling center. We are cutting 5 areas that are X dim 3.0" x Y dim .625". The tool path is Mastercam Dynamic Peel mill and the CNC machine is a Haas DM2. We are increasing the width of cut of each area along with adjusting the SFM and chip load. After each cut we captured several chips and viewed them under a microscope to analyze the color and shape.
Emuge Hard Cut Torus End Mill using a dynamic toolpath from Mastercam to cut a pocket in D2 tool steel hardened to 62Rc with Emuge Cold Air Nozzle.
The Cut&Form end mills of FRANKEN`s product line “Expert” are characterized by an unique tool geometry. The Cut & Form carbide end mill enables the user to combine the finishing milling and polishing operations in one step.
A demonstration of EMUGE end mills in P20 tool steel using traditional and updated milling strategies. Finishing a surface with a standard ball end mill strategy and the new EMUGE Circle Segment strategy, showing a 90% cycle time decrease with an improved finish. Roughing a pocket with the standard Multi-Cut roughing strategy & a new Jet-Cut Trochoidal strategy with chip breaker. The Jet-Cut Trochoidal is used to finish both pockets. Roughing a pocket with a Top-Cut VAR with & without radial chip thinning.
The versatility of the Multi-Cut end mill is demonstrated with six separate milling strategies using a single Multi-Cut Duplex carbide end mill. A slotting cut is shown using an; HPC High Performance path, an HSC High Speed milling path, a Trochoidal milling strategy, a 3-D Trochoidal Slot cut and a Plunge Roughing strategy. Lastly, a 3D Contour milling path is shown.