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Allied Machine GEN3SYS XT
GEN3SYS XT is Allied Machine's high-penetration replaceable-insert drilling system. Its carbide insert geometry, cutting-edge and corner enhancements, and AM300 coating are positioned around chip control, durability, stability, tool life, and lower cost per hole at elevated penetration rates.
Product system overview
GEN3SYS XT is Allied Machine's high-penetration replaceable-insert drilling system. Its carbide insert geometry, cutting-edge and corner enhancements, and AM300 coating are positioned around chip control, durability, stability, tool life, and lower cost per hole at elevated penetration rates.
Industries and applications
- High-penetration production drilling where carbide insert productivity is prioritized.
- Applications requiring Standard, Austenitic Stainless, Cast Iron, or Low Rake insert geometry selection.
- Drill-and-chamfer assemblies that consolidate holemaking and edge preparation in one operation.
Published technical profile
- Architecture: carbide replaceable insert connected to a reusable coolant-through GEN3SYS holder.
- Insert families include XT Standard, AS stainless, CI cast iron, and LR low-rake geometries.
- Allied highlights cutting-edge and corner enhancements with its AM300 coating.
- The family includes standard drilling and drill-and-chamfer holder configurations.
- Diameter, holder length, geometry, coating, and compatibility vary by insert and holder series.
Selection notes
Use GEN3SYS XT when carbide high-penetration drilling and strong chip control are more important than the broader general-purpose flexibility of T-A.
Select the exact geometry from the material and application condition, then retain holder and insert identifiers with proven cutting data.
Variables to validate
- GEN3SYS XT and XT Pro are related but distinct insert offerings; do not assume identical geometry, coating, or performance.
- High penetration increases the importance of coolant, chip evacuation, rigidity, runout, entry, and breakout conditions.
- Drill-and-chamfer configurations require the chamfer diameter and location to be matched to the selected drill assembly.