QUICK CHANGE BORING TOOL - FULL RADIUS
QUICK CHANGE BORING TOOL - FULL RADIUS
                                
                                    MICTQFR-030-4
                                
                                    QFR-030-4
                                                            
                        
                            
                                    
                                        53.65
                                    
                                    
                                        / EA
                                    
                                                            
                    
                                    http://schema.org/OutOfStock
                                
                            
                                /Product/MICTQFR-030-4
                            
                        - Country of Origin: US
 - Groove Width: 0.03 in
 - Hand Direction: Right Hand
 - Manufacturer Name: Micro 100
 - Material: Solid Carbide
 - Maximum Hole Depth: 0.25 in
 - Minimum Hole Diameter: 0.267 in
 - Overall Length Decimal Inch: 2
 - Overall Length Fractional Inch: 2
 - Overall Length Metric: 50.8
 - Shank Diameter Decimal Inch: 0.25
 - Shank Diameter Fractional Inch: 1/4
 - Shank Type: Cylindrical
 - Type: Quick Change - Full Radius
 - Gage length Decimal Inch: 0.05
 - Has Attributes: Yes
 - Has Image: Yes
 - Surface Treatment: UNCOATED
 
- Application
 - Item Features
 
                                    Designed for generating full radius grooves in bores
                                
                                - Designed for generating full radius grooves in bores 0.198 in and larger
 - Polished split face for improved edge retention and chip evacuation while reducing galling
 - Coolant fed enabled shank design
 - Full radius profile
 - Proprietary Micro-Quik quick change system maximizes productivity through reliable accuracy and locational repeatability
 - AlTiN coated option provides added lubricity and increased wear resistance in difficult to machine materials
 - Solid carbide