PDZ
Indexable Flat Drill
The PDZ indexable flat drill is engineered for stable flat bottom hole machining. In addition to flat surface processing, the PDZ can also accommodate a wide range of hole shapes, such as inclined surface, curved surface, counterboring, half-hole drilling, and more. Its excellent chip breaking ability enables trouble-free stable machining. The SH chipbreaker, a type of insert with a reinforced cutting edge that enables highly efficient machining even in mill scale materials and intermittent cutting, has been added to the lineup. The PDZ also supports internal turning, face turning and outer turning applications to enable tool consolidation on lathes.
Compatible with a wide range of applications including drilling, counterboring, inclined surface drilling, and more.
Features
Flat bottom cutting edge configuration
High precision finishing on flute improves rigidity, chip ejection and reduces cutting force
Superior chip breaking capability during drilling, counterboring, and turning
Economical 4-corner insert design maximizes cost efficiency, with the same insert applicable to both center and peripheral cutting edge→The peripheral insert is recommended for maximum durability!
→For highly efficient machining in mill scale materials and intermittent cutting, use the SH chipbreaker with reinforced cutting edge!
- Enables tool consolidation on lathes
Applications
Mild Steel・Carbon Steel・Low Carbon Steel・Alloy Steel・Die Steel・Stainless Steel・Cast Iron・Ductile Cast Iron・Aluminum Alloy・Superalloy・Titanium Alloy・Pre-hardened Steel（40~43HRC）・Hardened Steel（50~55HRC）
Lineup
PDZ
- 2 x D Type φ16 ～ φ43
- 3 x D Type φ16 ～ φ43
Others
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The product lineup also includes PZAG, a counterboring cutter with perfect chip control, the PMEN for front and back chamfering, and the PLDS, which can perform chamfering, centering, and V slotting.
Data
Higher cost performance compared to exchangeable head drills
The number of holes machined per insert corner by the PDZ versus per exchangeable head by a competitor.
Media
Tool consolidation by turning and inclined surface machining
