Guided TA Tool Overcomes Cross-Hole Drilling Hurdles in Moldmaking
Allied Machine & Engineering’s Guided TA drill for moldmaking applications is used for producing water lines.
Share
Allied Machine & Engineering’s Guided TA drill for moldmaking applications is designed to overcome two primary hurdles associated with cutting waterlines in large molds: tool failure in deep cross holes, and chip evacuation. Intersecting channels often connect off-center or at non-perpendicular angles. The interrupted cuts can cause premature tool failure if cutting forces are imbalanced. In addition, deep holes can present issues with proper chip formation and removal.
To ensure stability, the Guided TA drill features minimal clearance between the holder and blade. It also incorporates guided wear pads for straightness and stability and two adjustable Torx Plus screw pins for total indicator runout reduction via simple diameter adjustment. These features are said to enable the tool to drill to an 84" depth of cut while producing balanced cutting forces and small chips for optimal evacuation.
Related Content
-
Stability Maps for Milling
Selecting stable radial depths of cut for 2.5D milling.
-
The Impact of Cutting Teeth Spacing on Machining Stability
Many cutter designs are available, and variable teeth spacing (or variable pitch) cutters can be used to influence milling stability. Let’s discuss why teeth spacing affects stability.
-
Tungaloy Drills, Milling Inserts Provide Enhanced Stability
Tungaloy has expanded its DrillForceMeister and TecMill lines with new drill bodies and milling inserts.