.055 2FL BN TA END MILL
.055 2FL BN TA END MILL
                                
                                    SGS02518
                                
                                    02518
                                                            
                        
                            
                                    
                                        18.03
                                    
                                    
                                        / EA
                                    
                                                            
                    
                                    http://schema.org/OutOfStock
                                
                            
                                /Product/SGS02518
                            
                        - Cutter Diameter Decimal Inch: 0.055
 - Cutter Diameter Metric: 1.397
 - Type: Ball Nose End Fractional Micro
 - Number of Flutes: 2
 - Length of Cut Decimal Inch: 0.083
 - Length of Cut Metric: 2.108
 - Overall Length Decimal Inch: 1.5
 - Overall Length Fractional Inch: 1-1/2
 - Overall Length Metric: 38.1
 - Material: Solid Carbide
 - Surface Treatment: TA Coated
 - Helix Angle: 30°
 - Shank Diameter Decimal Inch: 0.125
 - Shank Diameter Fractional Inch: 1/8
 - Shank Type: Common
 - Series: M2B
 - Country of Origin: US
 - Flute Type: Spiral
 - Hand Direction: Right Hand
 - Has Attributes: Yes
 - Has Image: Yes
 - Manufacturer Name: KYOCERA SGS Precision Tools
 
- Item Features
 
- Two flute design is ideal for softer alloyed, non-ferrous material applications that require slotting or involve heavy chip loads
 - Proprietary coating allows for superior chip flow, driving industry leading productivity and value, even at low spindle speeds
 - High performance carbide substrate designed specifically for micro tool applications
 - Broad portfolio, offering consistent lengths of cut, to ensure application demands are met
 - Advanced geometries that extend tool life, reduce chatter, cut cycle times, and improve part quality