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EPDRF-TH

EPDRF-TH
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EPDRF-TH

Product catalog summary
Safety Precautions
  • Handling: Exercise caution when removing tools from packaging to avoid dropping or contact with sharp flutes.
  • Mounting: Inspect tools for damage before use and ensure they are securely mounted.
  • Usage: Confirm tool dimensions and rotation direction. Adjust cutting conditions based on material and machine rigidity. Use safety equipment to prevent injury from flying debris.
  • Regrinding: Perform timely regrinding to prevent tool breakage. Use safety covers and wear protective gear due to dust and chemical exposure.
Product Features
  • Design: The Epoch Deep Radius F end mill features a wiper blade design for improved bottom surface finish, especially in deep machining applications.
  • Material Compatibility: Suitable for various steels, including pre-hardened and hardened steel (45-65HRC).
  • Coating: Utilizes a nanocomposite coating for high temperature resistance and hardness, enhancing tool life and performance.
  • Accuracy: High corner radius accuracy within ±0.005mm, enabling precise finish machining.
Technical Specifications
  • Tool Sizes: Available in diameters φ1 to φ6 with various corner radii.
  • Cutting Data: Example parameters include a tool size of φ2×r 0.5×20, with specific speed and feed rates for pre-hardened steel.
  • Design Features: Includes a backdraft shape to suppress vibrations and improve surface finish.
Applications
  • Suitable for parts processing and mold making, particularly in scenarios requiring high precision and stability.
Overview: The document discusses the Epoch Deep Radius F end mill, highlighting its efficiency in reducing processing time while maintaining high-quality cutting. It compares the performance of this tool with conventional ball end mills, emphasizing its advantages in machining accuracy and surface finish.
Specifications: The tool is designed for pre-hardened steels (38HRC) with specific cutting parameters: ap=0.03mm, ae=0.05mm, n=9600min-1, vf=900mm/min, and fz=0.03mm/t. It is noted for its precision in maintaining radius accuracy relative to the central axis, crucial for high-accuracy machining.
Performance Comparison: The Epoch Deep Radius F demonstrates superior performance in pocket finishing and machining accuracy compared to conventional ball end mills. It achieves a machining deviation of -0.001mm and a surface roughness of Rz2.92μm, outperforming conventional tools with a deviation of -0.006mm and roughness of Rz3.35μm.
Application Data: The tool is evaluated for its performance in cutting forms with specific dimensions and materials, such as HPM38 (52HRC). It shows improved surface roughness and reduced chattering compared to conventional tools.
Safety and Handling: The document outlines safety precautions, including checking the tool for damage before use, addressing chattering immediately, and following proper regrinding procedures to prevent tool breakage. It also emphasizes the importance of using safety equipment to protect against flying debris and potential fire hazards.
Contact Information: The document provides contact details for MOLDINO Tool Engineering's offices worldwide, including locations in Japan, Germany, China, the USA, Mexico, Brazil, Thailand, and India.
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Catalog excerpts

EPDRF-TH-1

4 Flutes Small and Deep Radius End Mill AA MOLDINO The Edge To Innovation fpdrf-thEpoch Deep Radius FMOLDINOTool Engineering, Ltd. New Product News No. 1216E-5

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EPDRF-TH-2

Epoch Deep Radius F changes common sense about corner radius end mills! Features of EPDRF-TH Flute shape provides both rigidity and cutting performance. Chattering is not likely even during high-speed cutting. Machined surface roughness of bottom is also good. Carbon steel Alloy steel Stainless steel Pre-hardened Tool steel steel Like ball end mills, corner radius accuracy is kept to within ±0.005mm relative to the tool's central axis, achieving an unprecedented high corner radius accuracy. This enables high-accuracy finish machining to be performed, something which has been difficult to do with...

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EPDRF-TH-3

^Comparison based on the individual characteristics of radius end mills and ball end mills O Large step widths can be taken for flat machining. (Fig. 1) 2 Since peripheral speed is increased at the cutting point, machining efficiency can be increased on machines for which rotation speed cannot be increased. e Because chip removal characteristics are high at the cutting point, chip jamming is reduced. o For small-diameter long-neck end mills in particular, cutting resistance is reduced, enabling stable machining compared to ball end mills. (Fig. 2) 5 When using tools with R size matching the machining...

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EPDRF-TH-4

EPDRF4 TH 0 4 or higher does not have backdraft shape.

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EPDRF-TH-6

Line Up Radius 4 Flutes Tolerance on Corner radius r:±0.005 center axis) ( Helix Angle:20° Back taper on peripheral edge:1.5~6° φ 4 or higher does not have backdraft shape. Size(mm) ●:Stocked Items.   Corner Under neck Flute radius length length R r R 2 0.1 Neck Overall Shank dia. length dia. D1 L Ds Interference Actual Effective Length angle in Incline Angles θ κ (° ) 0.5° 1° 1.5° 2°

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EPDRF-TH-7

[Note] Please refer to P.9

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EPDRF-TH-9

Work material The indicated standard cutting depth is a reference value for Group 2 work materials. For materials in other groups, the cutting depth should be adjusted using the reference ratio shown in the above table. The above conditions are reference conditions for finish machining. For rough machining, it is possible to increase the feed rate by around 30%. ®Use the appropriate coolant for the work material and machining shape. ©These Recommended Cutting Conditions indicate only the rule of a thumb for the cutting conditions. In actual machining, the condition should be adjusted according...

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EPDRF-TH-10

Application Data Performance comparison with ball end mills Cutting process R2 ①Rough contour machining(R 2) ②Semi-finishing (R1) ③Finishing (R1) ④Side-open cavity (R0.5) Conventional ball end mill (Finishing) Cutting form Cutting form:15(W)×15(H)×15(D) Work material:HPM38(52HRC) Incline angle : 1° Bottom R:R0.5 Corner area R:R2 Epoch Deep Radius F (Finishing) Tool:φ2×r 0.5×20 Tool:R1×20mm (Under neck length) (Under neck length) n =14,175min-1 (v c=89m/min) Wet v f=868mm/min a p=0.02mm a e=0.02mm   n =12,500min-1(v c=79m/min) Wet         (bottom) a e=0.1mm v f=1,008mm/min a p=0.02mm a e=0.02mm...

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EPDRF-TH-11

Conventional precision radius Surface roughness (Side) Cutting form Chattering created Fine surface Incline angle :1° Groove width :3mm(at bottom) Groove depth :5mm Groove length :20mm Machined surface (side) Evaluation of machining accuracy Work material:Pre-hardened steels (38HRC) a p=0.03mm a e=0.05mm Wet n=9600min-1 v f =900mm/min f z =0.03mm/t Cutting form Machining target value 0.05 Evaluation of machining accuracy when cutting in 0.050mm from a reference surface with a 1° incline Reference surface (Incline angle 1° ) Reference surface Corner radius accuracy (Measured relative to tool's...

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EPDRF-TH-12

The diagrams and table data are examples of test results, and are not guaranteed values. “ ” is registered trademarks of MOLDINO Tool Engineering, Ltd. Attentions on Safety 1. Cautions regarding handling (1) When removing the tool from its case (packaging), be careful that the tool does not pop out or is dropped. Be particularly careful regarding contact with the tool flutes. (2) When handling tools with sharp cutting flutes, be careful not to touch the cutting flutes directly with your bare hands. 2. Cautions regarding mounting (1) Before use, check the outside appearance of the tool for scratches,...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.