- Material: Solid Carbide
- Drill Size - Decimal Inch: 0.2913 in, 0.2913in
- Drill Size - Metric: 7.4 mm, 7.4mm
- Number of Flutes: 2
- Flute Length: 53 mm, 53mm
- Overall Length: 91 mm, 91mm
- Point Angle: 140 deg
- Flute Type: Spiral
- Shank Size: 8 mm Dia x 36 mm L, 8mm Dia x 36mm L
- Shank Type: Cylindrical
- Type: Single Diameter
- Surface Treatment: PVD-TiAlN Coated
- Through Coolant (Yes/No): Yes
- Applicable Materials: Cast Iron and Steel
- Country of Origin: US
- Cutting Depth: 5XD
- Cutting Direction: Right Hand
- Cutting Edge Material: Solid Carbide
- Drill Diameter Measurement System: Metric
- Hand Direction: Right Hand
- Included Angle: 140°
- Manufacturer Name: Seco Tools
- Point Type: Cone Relief
- Series: SD205A-P
- System of Measurement: Metric
Boost hole making performance in ISO P materials when you switch to Seco's new solid carbide Feedmax™-P drill and experience increased productivity up to 35% as well as longer tool life, all thanks to the combination of a new geometry and an advanced coating enhanced chip evacuation ensures application security, while also maintaining high productivity. Drill more holes in a shorter amount of time and use fewer drills to do so with Feedmax™-P drills. The drills feature strong straight cutting edges with coolant holes close by for pinpointed cutting edge cooling, and narrow land margins also help minimize the effects of heat on the drills. New Feedmax™-P flute designs protect drill point corners and provide exceptional chip control and evacuation. The combined design features of the Feedmax™-P drills optimize them for steel and cast iron workpiece applications. With a new dark colored TiAlN coating the Feedmax™-P allows you to use your machine tools to their full drilling potential. Thanks to the drill's strong point geometry and its modern coating cutting speeds of up to 190 m/min in SMG P5 are possible without sacrificing tool life.
- Application
- Item Features
- Standards
For cutting and machining
- MQL compatible shanks
- Increased drilling productivity through higher cutting speeds
- Longer tool life and reduced part costs
- Efficient chip evacuation
- Higher per-drill output
- Process predictability and reliability
- Good hole tolerance (IT8) and excellent surface finishes
DIN 6537A