logo
Home
about us
Company Profile
products

Carbide Drill Bit

Through Coolant Drill

Carbide Deep Hole Drill

Carbide Step Drill

Heavy Duty Drill Bit

Tungsten Carbide Tools

Carbide End Mill

Custom End Mill

Carbide Thread Milling Cutter

Solid Carbide Tap

PCD Milling Cutter

Carbide End Mill Cutter

Solid Carbide Reamer

Carbide Boring Tool
events
news
cases
contact us
quote
english
français
Deutsch
Italiano
Русский
Español
português
Nederlandse
ελληνικά
日本語
한국
العربية
हिन्दी
Türkçe
bahasa indonesia
tiếng Việt
ไทย
বাংলা
فارسی
polski
home
about us
products

Carbide Drill Bit

Through Coolant Drill

Carbide Deep Hole Drill

Carbide Step Drill

Heavy Duty Drill Bit

Tungsten Carbide Tools

Carbide End Mill

Custom End Mill

Carbide Thread Milling Cutter

Solid Carbide Tap

PCD Milling Cutter

Carbide End Mill Cutter

Solid Carbide Reamer

Carbide Boring Tool
events
news
cases
contact us
quote
banner

News Details
Home > News >

Company news about High machining interruption rate? Chip removal and cooling structure of deep hole drill

Events

News

Cases
Contact Us
Ms. Grace
grace@carbide-drill.com
86--17368153006
wechat Grace AMG-TOOLS
Contact Now

High machining interruption rate? Chip removal and cooling structure of deep hole drill

2025-08-06

In metal processing, deep-hole drilling has always been a "touchstone" for efficiency and stability. Many companies often encounter issues such as sudden tool breakage, chip jamming in the bore, and burn damage to the bore wall during mass production, leading to frequent interruptions and decreased yield. In fact, many times, the problem does not lie in the machine tool or parameter settings, but rather in your neglect of the chip removal and cooling structure design of the tool itself.


AMG deep-hole drills, especially the uncoated models of the D16 series, have undergone thorough structural optimization. They feature an efficient internal cooling channel design that quickly removes heat through high-pressure coolant, preventing heat buildup that can cause material softening or chip sticking. Additionally, the optimized geometry of the chip flute ensures smooth chip evacuation, significantly reducing the rate of machining interruptions caused by chip jamming.


Especially when processing medium and low hardness materials such as aluminum alloy, low carbon steel, and stainless steel, AMG uncoated D16 not only achieves stable processing but also has a significant advantage in cost control. It can ensure high smoothness and long lifespan without the need for coating, making it a "cost-effective" tool in the eyes of many manufacturers.


Deep hole drilling may seem simple, but in reality, it demands extremely high standards for tool design. Whether the chip evacuation is smooth and the cooling is sufficient often determines whether a machining process can be completed smoothly. Choosing the right structure can truly enhance efficiency and reduce the rate of interruptions.

banner
News Details
Home > News >

Company news about-High machining interruption rate? Chip removal and cooling structure of deep hole drill

Events

News

Cases

High machining interruption rate? Chip removal and cooling structure of deep hole drill

2025-08-06

In metal processing, deep-hole drilling has always been a "touchstone" for efficiency and stability. Many companies often encounter issues such as sudden tool breakage, chip jamming in the bore, and burn damage to the bore wall during mass production, leading to frequent interruptions and decreased yield. In fact, many times, the problem does not lie in the machine tool or parameter settings, but rather in your neglect of the chip removal and cooling structure design of the tool itself.


AMG deep-hole drills, especially the uncoated models of the D16 series, have undergone thorough structural optimization. They feature an efficient internal cooling channel design that quickly removes heat through high-pressure coolant, preventing heat buildup that can cause material softening or chip sticking. Additionally, the optimized geometry of the chip flute ensures smooth chip evacuation, significantly reducing the rate of machining interruptions caused by chip jamming.


Especially when processing medium and low hardness materials such as aluminum alloy, low carbon steel, and stainless steel, AMG uncoated D16 not only achieves stable processing but also has a significant advantage in cost control. It can ensure high smoothness and long lifespan without the need for coating, making it a "cost-effective" tool in the eyes of many manufacturers.


Deep hole drilling may seem simple, but in reality, it demands extremely high standards for tool design. Whether the chip evacuation is smooth and the cooling is sufficient often determines whether a machining process can be completed smoothly. Choosing the right structure can truly enhance efficiency and reduce the rate of interruptions.

Grace AMG-TOOLS
Quick link
Home About Us products News Cases Contact Us
Quick Contact

Address

NO. 24-2 Lingshan Middle Road, Xixiashu Town, Xinbei District, Changzhou City, Jiangsu, China

Tel

86--17368153006

Grace AMG-TOOLS
Our Newsletter
Subscribe to our newsletter for discounts and more.
Privacy Policy |  Sitemap  | China Good Quality Carbide Drill Bit Supplier. Copyright © 2025 Changzhou AMG Precision Tool Manufacturing CO., LTD . All Rights Reserved.