Sandvik
Sandvik Coromant 5723295 CoroDrill® 880 Indexable Insert Drill, 1.562 in Drill, 1-1/2 in Modular Connection, 1-1/2 in Dia Shank, 3XD Drill Depth by Dia Ratio, 10.222 in OAL, 4.686 in D Max Drill
12133590
MFG #: 5723295
$1,701.77
/ EA
Estimated Delivery 7 to 10 Business Days
- Country of Origin: US
- Diameter: 1.562 in
- Drill Depth by Diameter Ratio: 3XD
- Drill Size: 1.562 in
- Flute Length: 4.843 in
- Insert Compatibility: 880-070406H-C-GM (MIIDM), 880-0704W06H-P-GM (MIIDM)
- Manufacturer Name: Sandvik Coromant
- Maximum Drill Depth: 4.686 in
- Modular Connection Size: 1-1/2 in
- Number of Drill Inserts: 2
- Overall Length: 10.222 in
- Series: CoroDrill® 880
- Shank Diameter: 1-1/2 in
- Shank Length: 2.98 in
- Shank Type: Cylindrical
- Through Coolant (Yes/No): Yes
Indexable drills are truly cost efficient and with the reinforced CoroDrill® 880 you can really boost your production economy. The enhanced drill body is up to 30% stiffer than its predecessor for applications of four to five times the drill diameter. This gives you a more reliable drilling experience and a much better hole quality. Combine this experience with the new grade chain for steel and cast iron for improved insert tool life. Two of the insert grades are designed with Inveio™ coating for better wear resistance, while the third, optimized for tough machining conditions, has a thin PVD coating with excellent edge line properties. These three grades complete the full grade chain with solutions for all materials and a large variety of applications. The new grade positioning is designed to make it easier to select the right grade from the start. CoroDrill® 880 provides high performance in most materials. With a reinforced drill body and new insert grades with a central insert featuring step Technology™, your machining is characterized by a smooth step-by-step entrance into the workpiece, excellent cutting force balance and efficient chip evacuation.
- Standards
- Application
- Item Features
ISO 13399
For helical interpolation, boring, plunging, turning and drilling
- Wiper geometry for best surface finish or higher feed possibilities
- Easy identification due to laser marking with drill insert and screw codes on the drill shank
- Two or four cutting edges depending on drill diameter
- Optimized chip channels for accelerated chip evacuation
- Optimized geometries assure high performance in most materials
- Optimized grades assure longer insert tool life