Cutting Tools

Cutting Tools
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Cutting Tools

Product catalog summary
Overview: This technical guide from OKE Precision Cutting Tools Co., Ltd. provides detailed information on cutting tools, including specifications, applications, and technological advancements. Established in 1996, OKE is a leader in cemented carbide and CNC cutting tools, known for innovation and market presence.
Specifications and Features:
  • Turning Tools: Features chipbreakers like JF, JU, and JY for specific cutting conditions, enhancing chip handling, cutting edge sharpness, and tool life.
  • Milling Tools: The Tornado series offers a range of diameters with features like positive rake face design and inner cooling systems for high precision.
  • Drilling Tools: Designed for high performance and versatility across various materials and conditions.
  • Solid End Mills: Includes OMPQ and OMHH series for precision small parts and high hardness steel machining.
Technological Advancements:
  • Development of PVD and CVD coated inserts meeting international standards, capable of replacing imports.
  • Mastery of tungsten cemented carbide and CNC carbide insert technologies for stable performance and accuracy.
Applications and Recommendations:
  • Suitable for machining processes like turning, milling, and drilling of materials such as steel, stainless steel, and high-temperature alloys.
  • Special designs and coatings enhance tool life, wear resistance, and efficiency.
Standards and Tolerances:
  • Specifications for insert shapes, sizes, and tolerances ensure precision and compatibility with machining requirements.
Procedures and Recommendations:
  • Use high-precision machines and tool holders, air cooling, or MQL for optimal performance.
  • Climb milling is recommended for side milling; adjust speed and feed rate based on machine rigidity.
Cutting Parameters:
  • Adjust speed for inclination angles over 15°; specific parameters provided for different material hardness levels.
Applications:
  • Suitable for side milling, shallow slot milling, high-speed milling, and dry milling across various materials.
Product Variants:
  • Lists product numbers and dimensions for end mills, with stock availability indicated.
Technical Information:
  • Guidance on rake angle, clearance angle, and approach angle effects on tool performance.
  • Solutions for common turning issues like tool wear and chip control.
Tool Wear and Solutions:
  • Details on types of tool wear and solutions like selecting tougher grades and adjusting parameters.
Calculation Formulas:
  • Formulas for cutting speed, feed rate, and cutting time with examples.
Recommendations:
  • Guidance on tool angles and parameters based on material properties for optimized tool life and efficiency.
Technical Specifications and Procedures:
  • Details on cutting depth, feed rate, milling techniques, pitch selection, and approach angle.
  • Drilling techniques and solutions for common problems.
Cutting Parameters for Various Materials:
  • Recommended parameters for materials like carbon steel and aluminum alloys.
Application Cases:
  • Examples of cutting applications with detailed parameters and results.
Key Data and Tables:
  • Tables comparing cutting life and performance of inserts, and correction coefficients for cutting speeds.
Critical Information:
  • Emphasizes matching tool specifications to material and machine conditions for efficient machining.
Conclusion: This document is a valuable resource for selecting appropriate materials and tools for industrial applications, ensuring compliance with standards, and understanding material properties.
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Catalog excerpts

Cutting Tools-2

Cutting Tools E General Technical Guide

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Cutting Tools-3

Established In Jan 1996, OKE Precision Cutting Tools Co., Ltd. Is A High-Tech Enterprise Specializing In Independent R&D, Production And Sales Of Cemented Carbide And CNC Cutting Tool Products. On 10th Dec. 2020, OKE Was Successfully Listed And Becoming The First Listed Company On The SSE Star Market In Zhuzhou CityAlso The First Listed One With Cemented Carbide Tools As Its Main Business. The CNC Carbide Inserts Output Is Top 2 In China. After Years Of Technological Exploration, OKE Has Mastered The Key Technology System For Manufacturing Of Tungsten Cemented Carbide, CNC Carbide Insert (Tools)...

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Cutting Tools-4

BXKT_ Beezeseriesmultiplefunctionsquareshouldermillingtools; Solid Carbide End Mill √Suitableforavarietyofmillingprocessing √Microshapedesignofcuttingedgewithdrumshapemodication √maincuttingedgestructureadoptslargehelixangledesign √highperpendicularityandexcellentsurfacequality √Highprecisionindexablemillingheadcouplewith OMPQ versatile end mill series large helix angle main cutting edge OMPX series-high performance general use carbide end miils OMH hardened steel processing series OMHH High hardness steel mach

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Cutting Tools-5

Cutting Tools for Small Parts Machining PVD stainless steel new grade for turning machining JF chipbreaker Better chip handling capacity, suitable for small cutting depth, large feed processing conditions JU chipbreaker Sharp cutting edge small resistance can be used for slender shaft processing Longcuttingedge,themaximumcuttingdepthis4mm,highprocessing eciency,canmeetthedemandof"onesizetsall" JY chipbreaker Wide chipbreaker can ensure smooth cutting Excellentchiphandlingcapabilitycanimprovetoollifeandchipperformance

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Cutting Tools-6

Efficient Stable Cermet turning grade CVD grade Products for Steel Tunring

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Cutting Tools-7

Stainless Steel Special designed for steel finishing; Unique design efficiently controls the form of chip and breaks chip; Sharp cutting edge, smooth cutting; Excellent surface quality. Special designed rake angle and cutting edge inclination; Sharp cutting edge, small cutting force; Good machining surface quality. - OTF Special chip breaker structure makes excellent chip breaking even at small cutting depth. Sharp cutting edge,cutting smoothly and quickly. Three-dimension designed with double rake angle; Sharp cutting edge and lower cutting resistance; Efficiently solved build up edge, work...

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Cutting Tools-8

High Temperature Alloy Cast Iron Finishing To Semi-Finishing Wide support surface for stable clamping and preventing chipping Three-dimensional groove design with large rake angle; Sharp cutting edge, improve workpiece surface quality Excellent chipping resistance in continuous machining High quality surface roughness Sharp cutting edge and low cutting force; Processing difficulties such as high temperature processing and work hardening; Suitable for finishing of super-alloy materials. Wide support surface for stable clamping and Effectively control chip curling and flow; preventing chipping...

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Cutting Tools-9

Aluminum Alloy The sharp edge is added with a 7-degree rake angle to ensure the sharpness and strength of the edge; The large bottom arc transition ensures the smooth curling of the chips; The distance of the chip breaker effectively ensures the breaking of the chips. Large rake angle and clearance angle form sharper cutting edge, it's optimized quick cutting and lower cutting loading; Un ique 3D chip bre a ke r a n d sufficie n t chip po cke t de sig n ; Spe cia l de sig n in c uttin g e dg e in clin a tio n e fficie n tly co n tro ls chippin g flo w dire ctio n . Convex design on the top reduces...

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Cutting Tools-10

Coating Type Coating Type High cubic content gradient carbide substrate, gives good anti- Low Cobalt content, and high cubic content carbide deformation resistance and excellent high temperature performance. substrate combine with thick TiCN and Al2O3, treated by Dense and uniform ultra-fine-grained coating, providing excellent special after coating treatment, which gives insert wonderful wear resistance, unique transition layer structure, to ensure the anti- wearing resistance. peeling performance of the coating; unique post-processing Preferred grade for semifinishing to finishing steel technology,...

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Cutting Tools-11

Coating Type Coating Type High Co content and ultra fine WC grain substrate, gives wonderful toughness, combines with PVD AlTiN coating, it has OP1030 good strength and versatility. Suitable for steel and stainless steel milling and drilling. Dark Purple High Co content and ultra fine WC grain substrate, gives The coating has dense columnar crystals and small gaps between crystals, which can effectively improve the oxidation resistance and plastic deformation resistance; The lower the roughness of the coating surface, the lower the resistance and heat generated during cutting can be effectively...

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Cutting Tools-12

Turning Tools Turning Insert Turning Tools

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Cutting Tools-13

ISO Turning Insert Naming Rules Shape C ISO Turning Insert Naming Rules Chip Breaker and Hole M Center Chip Breaker Insert Profile Symbol Hole Center Chip Breaker Insert Profile Hole Inscribed Circle diameter(mm) Cutting Edge Length 12.7 The Height Between Insert Bottom And Nose Chip Beaker Corner Radius (reference)M grade tolerance detail(according to shape, size.) Tolerance of insert nose height Inscribed Circle Regular Triangle Insert Shape ●Tolerance of Inscribed Circle Inscribed Circle Regular triangle

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Cutting Tools-14

Inserts Overview CNMG-OPF Inserts Overview

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Cutting Tools-15

Inserts Overview WNMG-OKM Inserts Overview Insert for Aluminum CCGX-NL Cermet Inserts Parting and Grooving Inserts

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Cutting Tools-16

Chipbreaker Introduction Chart Inserts Overview Threading Insert 60° general pitch threads Unified thread (American standard thread) British standard taper pipe threads Whitworth threads B OMF OMF Chip Breaker: Suitable for finishing ISO M material. NPT American standard taper pipe threads UNJ American standard aerospace and aviation threads Petroleum pipeline threads 30°ISO metric threading insert Suitable for finishing ISO P material. Suitable for finishing ISO P and M material. 29°American standard ACME threads Suitable for finishing ISO M material. Suitable for semi-finishing ISO P material....

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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.