AMG Customized CNC Tool Forming Drill Bit
Product Overview (Detailed Description)
In high-end manufacturing and precision machining fields such as
aerospace, automotive molds, and energy equipment, the requirements
for cutting tools are not only high efficiency, but also high
precision and stability. The customized CNC tool forming drill bit
launched by AMG company is a solution developed to meet customers'
demand for high-quality hole machining in complex structural
components and difficult to machine materials.
AMG CNC custom formed drill bits use high-quality ultra-fine
particle hard alloy substrates, combined with advanced coating
technology and special cutting edge design, to achieve high-speed
and high-precision forming drilling, especially suitable for
occasions with strict requirements for aperture and shape
consistency.
Typical Use
- Machining of aerospace component hole systems
- Complex hole machining for automobile engine cylinder block and
gearbox
- Cooling hole and forming hole processing in mold manufacturing
- Precision hole machining for energy equipment and medical devices
Specification Parameter Table (Example)
| Project | Parameter Range |
|---|
| Material | Hard alloy/custom material |
| Diameter range | φ 2mm - φ 32mm |
| Total length | 50mm -200mm |
| Coating type | TiAlN/AlTiN/DLC |
| Cooling method | External cooling/Internal cooling |
Working Principle
The formed drill bit can complete the drilling and forming of the
hole in one feed, and through customized geometric design, multiple
cutting edges can work together to greatly improve the consistency
and efficiency of hole processing. At the same time, it is matched
with an internal cooling channel to ensure smooth chip discharge,
reduce cutting temperature, and extend tool life.
Core Advantages
- Efficient Processing: One molding reduces the number of processes and shortens the
processing cycle
- High precision: ensuring stable aperture, shape, and surface
quality
- Strong adaptability: Suitable for titanium alloys Inconel, Optimization design of
difficult to machine materials such as stainless steel
- Customized Services: AMG provides diversified customized solutions to meet customers'
different structural needs
- Extended lifespan: Advanced coatings and internal cooling structures significantly
improve wear resistance and stability
Frequently Asked Questions (FAQ)
Q: Can different specifications be customized?
A: Yes, it supports full customization of diameter, blade length,
coating, cooling method, and other aspects.
Q: Is it applicable to aerospace titanium alloys and
high-temperature alloys?
A: Yes, specially optimized geometry and coatings ensure stable
processing in high-strength materials.
Q: What is the difference between internal cooling and external
cooling?
A: Internal cooling reaches the cutting edge through high-pressure
coolant, making chip removal and heat dissipation more efficient,
suitable for deep hole machining.
Q: How long is the delivery cycle?
A: Standard products are available in stock, while customized
products are usually delivered within 2-4 weeks.
Product Overview
AMG has developed high-performance CNC customized forming drills to
meet the demanding requirements of aerospace, automotive, mold
manufacturing, energy, and medical industries. These drills are
engineered with ultra-fine carbide substrates, advanced coatings,
and precision geometry, making them the ideal solution for
consistent and efficient hole-making in complex and hard-to-machine
materials.
Introduction
AMG customized forming drills are designed for one-step hole
drilling and shaping, significantly reducing machining processes
while ensuring dimensional accuracy and surface quality.
Manufactured with advanced CNC technology and strict tolerances,
they offer excellent stability and extended tool life, especially
in aerospace applications where reliability and consistency are
critical.
Applications
- Aerospace structural parts, precision hole machining in titanium
alloys and Inconel
- Automotive engine blocks, transmission housings, and multi-step
hole drilling
- Mold and die industry for cooling channels and shaped holes
- Energy and medical device industries requiring high-accuracy
drilling in stainless steel and composites
Specifications (Sample)
| Item | Range/Option |
|---|
| Material | Solid carbide / Customized |
| Diameter Range | 2 mm – 32 mm |
| Overall Length | 50 mm – 200 mm |
| Coating Options | TiAlN / AlTiN / DLC / Nano |
| Coolant System | External / Internal |
Working Principle
The forming drill integrates multiple cutting edges to complete
drilling and shaping in a single step. Its optimized geometry
ensures smooth chip evacuation, while internal coolant channels
deliver high-pressure coolant directly to the cutting zone. This
minimizes heat generation, prevents tool breakage, and ensures
precise, stable performance in deep-hole and difficult materials.
Key Advantages
- High Efficiency: One-pass forming reduces machining steps and cycle times
- Precision & Stability: Guarantees hole diameter, shape, and surface quality
- Material Compatibility: Optimized for titanium alloys, Inconel, stainless steels, and
composites
- Customization: AMG offers tailored solutions to meet unique aerospace and
industrial requirements
- Extended Tool Life: Advanced coatings and coolant design ensure excellent wear
resistance and reliability
Frequently Asked Questions (FAQ)
Q1: Can the drills be customized in size and geometry?
Yes. AMG provides full customization including diameter, length,
coating, and coolant options.
Q2: Are they suitable for aerospace titanium alloys and Inconel?
Absolutely. They are specifically engineered to deliver stable
machining in aerospace-grade materials.
Q3: What is the difference between external and internal coolant?
Internal coolant channels provide direct lubrication and chip
evacuation, ideal for deep-hole drilling.
Q4: How fast is the delivery?
Standard drills are available from stock, while customized tools
require 2–4 weeks.
Our Manufacturing Facility
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