Ratgeber
Technische Zerspanungsleitfäden nach ISO 13399 & ASME
Drehzahl, Vorschub & Dynamik
4 RatgeberDer komplette Leitfaden für Schnittdaten beim Bohren
Master the relationship between cutting speed (SFM), spindle RPM, chip load (IPR), and linear feed rate across steel, aluminum, and stainless.
Wie man die Spindeldrehzahl beim Bohren berechnet
Step-by-step mathematical breakdown of the imperial (SFM) and metric (Vc) rotational speed formulas with machine limit clipping.
Vorschubwerte beim Bohren (Vf & fn)
The mechanics of chip thickness, axial thrust, and calculating programmed machine feed rates (IPM and mm/min).
Schnittgeschwindigkeit (Vc) & SFM erklärt
Why surface speed governs tool life, thermal softening of tool substrates, and surface speed guidelines across 8 common alloys.
Geometrie, Maße & Gewinde
3 RatgeberDer maßgebliche Leitfaden für Bohrergrößen
Comprehensive breakdown of Fractional Inch, Numbered Wire Gauge (#1–#80), Letter (A–Z), and Metric drill systems.
Bohrerspitzengeometrie: 118° vs. 135° Kreuzanschliff
Anatomy of the chisel edge, lip relief angles, self-centering split points, and choosing the optimal point angle for each metal.
Sackloch- vs. Durchgangsbohrungstiefe
Trigonometric tip allowance, tap chamfer lead-in clearance, breakthrough safety margins, and avoiding bottom collisions.
CNC-Zerspanung & Produktionsplanung
2 RatgeberGewindeschneiden & Tragtiefe in Prozent
Why 75% thread engagement is standard, torque failure thresholds, tapping aluminum vs stainless, and cut vs form tap hole sizing.
CNC-Bohrzyklen (G81, G82, G83, G73)
Standard Fanuc/Haas/ISO holemaking cycles: spot drilling, dwells, deep-hole degressive pecking, and high-speed chip-breaking.