Catalog excerpts
Long-neck & Bull nose end mills PHX-LN-DBT PHX-LN-CRE PHX-DFR PHX-LN-DFR PHX-PC-DFR PHX-CRT PHX-DBT PHX-PC-DBT
Open the catalog to page 1PHX End Mill Series PHX-LN-DBT 3-flute long neck bull nose end mill - Applicable to rough milling and rib milling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PAGE 3 4-flute long neck small bull nose end mill - Provides excellent surface finish under high feed rate condition . . . . . . . . . . . Deep feeder bull nose end mill - Heavy-duty type for deep milling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Long neck deep feeder bull nose...
Open the catalog to page 2Time required for roughing can be greatly reduced with the PHX long neck ball nose end mill! 1 Short length of cut Highly rigid 0.75D short length of cut geometry enables low resistance vertical wall milling. vertical wall milling Without back taper, the PHX-LN-DBT’s peripheral cutting edge is able to achieve flat milling to improve accuracy. Peripheral cuttingcutting edge Peripheral edge with back taper taper with back Peripheral cuttingcutting edge Peripheral edge without back taper taper without back 3 Slim neck shape Performs particularly well in five-axis milling with neck length...
Open the catalog to page 3Example in five-axis machining Work size Work Material Five-axis Machining Center Main Spindle Milling Time (mm/min) Feed Contour surface finish milling (cyan) Circumferential surface finish milling (cyan) Surface milling (rounded corners)(cyan) Milling of remaining areas (cyan) Contour surface roughing (gray) Contour surface finish milling (gray) Milling Process Contour roughing (pink) Side finish milling (pink) Contour roughing (green) Fixed inclined-axis surface milling (green) Contour surface roughing (blue) Contour surface finish milling (blue) Contour surface roughing (cyan) Tool...
Open the catalog to page 4Machining data Work size Work Material Five-axis Machining Center Main Spindle Milling Process 3D Arbitrary Stock Roughing Arbitrary Stock Roughing (mm/min) Feed Tool operation time 1:58:15 For flat surface milling Semi-roughing & semi-finishing Semi-roughing & semi-finishing Machining time reduced by 53%!
Open the catalog to page 5Phoenix Long Neck Ball Nose End Mill L • Tool Material: Micro Grain Carbide • Surface Treatment: WX Super Coating • Helix Angle: 45˚ • Tolerance of Ball Nose Radius: ± 0.007mm • Tolerance for Outer Diameter: ± 0.007mm
Open the catalog to page 6Recommended Milling Conditions Vibration control condition Work Material High feed roughing of free-cutting materials Semi-roughing in high toughness mold materials Machining conditions for slotting Machining conditions for finishing Hardened Steel • Prehardened Steel Recommended Cutting Angle SKT4 • SKD61 • NAK80 • HPM1 • DH** SCM • S40C~S60C • CoCrMo Feed Speed (min -1) (mm/min) DH** • DAC** • ZHD** • SKD61 • SKD11 • Ti-6Al-4V(H) • CoCr • SKT4 • NAK80 • HPM** • SCM** Speed Feed (min -1) (mm/min) Speed Feed (min -1) (mm/min) Speed Feed (min -1) (mm/min) *1. The “Last Pitch” is the standard...
Open the catalog to page 7Key features PHX-LN-CRE 4-flute Long Neck Small Bull Nose End Mill 1 The corner radius shape provides both cutting force and cutting edge rigidity. 2 Radial and end edge configurations suppress the generation of chattering vibration. 3 Special edge lines prevent biting. 4 An ideal chip pocket for superior chip evacuation. PHX-LN-CRE 2. Short flute lenght PHX-LN-CRE Graphite electrode + discharge machining An ideal area for direct milling This graph is the image graph of 1.5mm wide 40mm long flute dimension.
Open the catalog to page 8Machining data Lib operation on plastic mold. A special designed tool for slot milling on high hardness steel as STAVAX(52HRC) • A special tool for easy direct milling operations • A special cutting edge design enabled a stable operation • Capable even on shallow flute milling with ultra high speed Tool Work Material Milling Method Cutting Speed Vertical Machining Center Milling Length High precision machining on HPM38 (53HRC) with gear shape • From semi-finish to finishing operation • Capable with high feed rate even at narrow area Tool Work Material Milling Method Countour Line Operation...
Open the catalog to page 94-flute Long Neck Small Bull Nose End Mill • Tool Material: Micro Grain Carbide • Surface Treatment: WX Super Coating • Helix Angle: Dc = 0.8 54˚, Dc ≥ 1 30˚ • Tolerance of Radius: ± 0.007mm • Tolerance for Outer Diameter: 0~- 0.0015mm • Neck Length Tolerance: 0~0.1mm *1: Please see p. 9 for effective neck length (Le) based on the inclination angle (α) of workpiece. No numerical value means no interference
Open the catalog to page 10Recommended Milling Conditions Lib Groove Milling Slotting Work Material Contour Line Finish Milling Contour Offset Feed (mm/min) Feed (mm/min) Feed (mm/min) 1. Adjust the speed, feed, and depth of cut in according to the operating conditions, including the machining shape, machine and, holder rigidity, and workholding force. 2. If the speed and feed rates cannot be increased due to equipment capability, operate by reducing the speed and feed rates at the same ratio. 3. High cutting speeds and feed rates can cause wear and/or reduce machining precision. Therefore, please reduce the feed as...
Open the catalog to page 11PHX Deep Feeder Bull Nose Series • In addition to the negative shape of the conventional PHX-CRT high feeder bull nose, it achieves the thermolysis effect. The superior bull nose performs exceptionally well when making deep cuts that are ordinarily susceptible to chattering or when working in materials that are difficult to machine. • The precision of the PHX-CRT high feeder bull nose is ± 0.01 mm, and the deep feeder bull nose series is ± 0.03 mm. • Use the deep feeder bull nose series or the PHX-CRT high feeder bull nose to suit your radius precision requirements. The Thermolysis Effects...
Open the catalog to page 12Overhang conversion table of the PHX-PC (Pencil Neck) Series The following table is to calculate the new overhang length, since rigidity has been improved with the use of Pencil Neck. Please use below as a reference for your cutting condition. Step 1. Overhang Length : Mill Diameter = L/D Step 2. Overhang Length x Percentage = Converted overhang length for straight shank Ex.) PHX-PC-DBT R3 × 2˚ × 62.3, milling with an overhang of 65mm Step 1. Length x 65mm) : (Mill Diameter : φ6) = 10.83D ( -> Approximately 11D : confirm the percentage from the below table 11D and 2˚ (63.8%) Step 2. (Length...
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