Home > Products > 8D U Drill

China 8D U Drill Manufacturer, Supplier, Factory

We depend on sturdy technical force and continually create sophisticated technologies to meet the demand of 8D U Drill,6D U Drill, Top quality, timely company and Aggressive cost, all win us a superior fame in xxx field despite the international intense competition.
8D U Drill, We can meet the various needs of customers at home and abroad. We welcome new and old customers to come to consult & negotiate with us. Your satisfaction is our motivation! Let us work together to write a brilliant new chapter!

Related Products

Hot Products

  • SOMT Carbide Inserts

    SOMT Carbide Inserts

    Diameter Range: 4.9mm – 15mm (0.193” – 0.591”)
    • Thickness Range: 2.38mm – 4.8mm (0.094” – 0.189”)
    • Material: Carbide

    Features and benefits

    • Compatible with SOMT drill systems, as a peripheral and center insert
    • Concave-sided square geometry with four cutting edges
    • Promotes smooth chip flow while maintaining high edge strength
    • See page 92 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • WDX U Drill Bits

    WDX U Drill Bits

    Diameter Range: 15mm – 35mm (0.591” – 1.378”)
    • Length Range: 2XD
    • Solely available in H13 steel for high precision machining

    Features and benefits

    • Featuring a peripheral and center edge which use the same WDXT insert with varying orientations
    • The Y type center outlet allows for efficient chip evacuation
    • Indexable carbide inserts allow for versatility in workpiece material up to P grade steel
    • Designed for straight hole drilling, angled surfaces, half cylindrical, pre-cast holes, intersecting holes, boring, external turning, and rough casted, forged or welded entry surfaces
    • Two coolant channels allow for increased flow, improving metal removal rates, tool life, and overall productivity.
    • The high-rigidity drill body minimizes vibration and noise, delivering exceptional hole size accuracy and superior hole quality.
    • See page 26 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • SP Carbide Inserts

    SP Carbide Inserts

    Diameter Range: 3.5mm – 14.3mm (0.138” – 0.563”)
    • Thickness Range: 1.4mm – 5.2mm (0.055” – 0.205”)
    • Material: Carbide

    Features and benefits

    • Square geometry with four straight cutting edges
    • Designed for use as the peripheral and center insert in SPGT drilling systems
    • Produces a precise final hole diameter and surface finish
    • See page 92 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • WC U Drill

    WC U Drill

    Diameter Range: 13mm – 40mm (0.512” – 1.575”)
    • Length Range: 2XD – 5XD
    • Available in H13 steel for high precision machining and 42CrMo (Comparable to AISI 4140) for lathes and low precision machining

    Features and benefits

    • The trigon shape of the WCMT insert allows for lower cutting resistance and higher drilling efficiency, optimal for through-hole drilling
    • Featuring a Y type center outlet for efficient chip evacuation
    • Indexable carbide inserts allow for versatility in workpiece material up to P grade steel
    • Designed for straight hole drilling, angled surfaces, half cylindrical, pre-cast holes, intersecting holes, boring, external turning, and rough casted, forged or welded entry surfaces
    • Two coolant channels allow for increased flow, improving metal removal rates, tool life, and overall productivity.
    • The high-rigidity drill body minimizes vibration and noise, delivering exceptional hole size accuracy and superior hole quality.
    • See pages 10 and 22 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • Deep Hole Drill

    Deep Hole Drill

    Diameter Range: 1.52mm – 10mm (0.06” – 0.394”)
    • Length Range: 160mm – 295mm (6.299” – 11.614”)
    • Material: Carbide

    Features and benefits

    • Solid carbide construction integrates the drill tip, body, and shank into a single piece
    • One-piece design eliminates welded joints
    • Internal coolant channels deliver coolant directly to the cutting edge
    • Designed for deep-hole drilling in steel, stainless steel, cast iron, and aluminum
    • See page 122 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • TWN Rough Boring Head

    TWN Rough Boring Head

    Diameter Range: 20mm – 150mm (0.787” – 5.906”)
    • Length Range: 35mm – 75mm (1.378” – 2.953”)
    • Material: H13 Steel

    Features and benefits

    • One boring head accommodates two cartridge sizes, reducing tooling inventory
    • Three-sided cartridge support provides high rigidity and vibration resistance
    • Full face-contact cartridge clamping improves load distribution and clamping strength
    • Cutter runout less than 0.02mm
    • Supports 90° blind-hole boring and 75° through-hole boring
    • See page 96 of our catalogue under the “Download” tab for detailed dimensions, tolerances, and applicable inserts
    • Please contact us for inquiries on pricing or customized solutions

  • Related Blog
  • Reviews

  • Is the Morse Taper Holder experiencing significant advancements in the precision machining and tooling industry?

    In the ever-evolving world of precision machining and tooling, the Morse Taper Holder has emerged as a pivotal component, driving efficiency and reliability in cutting operations. Recent developments in this sector have showcased significant advancements, cementing the Morse Taper Holder's position as a must-have for numerous industries.

  • What groundbreaking tool innovation has revolutionized heavy-duty machining for large-scale components?

    In a groundbreaking advancement for the manufacturing sector, a leading tooling company has unveiled its latest innovation – the Large Diameter Rough Boring Head. This revolutionary product is poised to revolutionize heavy-duty machining operations, offering unprecedented performance and efficiency for boring large-scale components across various industries.

  • How Do 880 Carbide Inserts Redefine Machining Efficiency and Precision?

    In the demanding world of metal cutting, the selection of appropriate tooling directly influences productivity, surface quality, and operational consistency. Among the myriad of available options, the 880 Carbide Inserts have garnered significant attention for their exceptional performance across a broad spectrum of materials and applications. This comprehensive analysis delves into the design philosophy, material science, and practical applications of these inserts.

  • Answer common questions about CNC tools

    The common tool shank of CNC tools has not been subject to dynamic balance test, so the rotating speed of the common tool shank cannot exceed 8000 rpm.

  • How Does a Gun Drill Improve Deep Hole Machining Accuracy?

    Deep hole machining is one of the most demanding processes in precision manufacturing. Standard drilling tools often struggle with chip removal, heat buildup, and maintaining straightness over long drilling distances. A Gun Drill is specifically engineered to solve these challenges. In this article, you will learn how gun drilling works, why it delivers exceptional precision, and how manufacturers can improve productivity, surface finish, and tool life through the right deep hole drilling solutions.

  • How Does Rough Boring Head Work?

    A Rough Boring Head is a critical tool in precision machining used to enlarge and pre-finish existing holes in metal components. It is widely applied in industries such as automotive manufacturing, aerospace engineering, mold making, and heavy machinery production. This article provides a comprehensive explanation of how a Rough Boring Head works, its structural components, operational principles, application scenarios, selection criteria, maintenance methods, and common troubleshooting practices. The goal is to help users improve machining efficiency, reduce tooling costs, and achieve stable dimensional accuracy in boring operations.

Send Inquiry

X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept