Product Info

🌟 Key Takeaways
• Centre Coolant Hole design prevents chip clogging and heat buildup.
• Carbide-to-Carbide Double Face Contact boosts rigidity by 30%+.
• Optimized for precision machining of Inconel 718 and Titanium Alloy.
• ZERO-µ Surface lowers cutting resistance and extends tool life 1.5×+.
• Well-suited for 5-axis machining with micron-level finishing.
_____________________________________
■ Common Problems in Precision Machining
Machining complex curved parts often causes chip clogging and heat buildup, which results in poor surface quality, faster tool wear, and frequent cleaning stoppages—reducing productivity and increasing manufacturing costs.
_____________________________________
■ Root Causes of These Problems
Tools without a centre coolant hole struggle to cool and evacuate chips when cutting tough materials like Inconel 718 or Titanium Alloy, leading to heat buildup, surface damage, and shorter tool life.
_____________________________________
■ The Solution: iMX Series – Centre Coolant Hole End Mill
MMC Hardmetal developed the iMX Series – Centre Coolant Hole Type, a Carbide-to-Carbide exchangeable head end mill that increases rigidity, reduces vibration, and maintains cutting precision even during long, continuous operations.
_____________________________________
■ Key Features of iMX-C8T / C10T / C12T / C15T-E Series
1. Carbide + Carbide Construction (Double Face Contact System)
The cutting head and shank are joined by a dual-contact interface (Taper + End Face), which boosts overall system rigidity by more than 30% compared to conventional end mills.
This enhanced strength improves tool stability during heavy-duty and high-precision milling.

2. Centre Coolant Hole Design
The centre coolant hole delivers coolant directly to the cutting edge for efficient chip evacuation and temperature control, making it ideal for 5-axis machining with stable cutting and smooth surface finishes.

3. Optimized Geometry – Tapered Flute + Corner Radius
The tapered flutes and corner radius geometry ensure uniform, smooth finishes, making the tool ideal for turbine blades, mold and die machining, and micron-level precision finishing.

4. Compatible with ER Collet Holder
The iMX Series is compatible with ER collet holders, making it easy to use with automatic lathes and multi-tool turning machines.
This allows fast and secure head replacement, reducing downtime and setup time.

5. Advanced Carbide Grades: EP7020 / EP8100
Featuring (Al,Cr)N coating with ZERO-µ Surface Technology, these grades reduce cutting resistance and prevent built-up edge formation, resulting in a longer tool lifespan and improved process reliability.
_____________________________________
■ Why Choose the iMX Series from MMC Hardmetal
MMC Hardmetal (Thailand) specializes in exchangeable head carbide end mills tailored for Southeast Asian production needs, providing expert technical support and tool selection. This helps manufacturers reduce cost per part, improve process stability, and extend tool life.
_____________________________________
📘 Summary
The iMX Series with Centre Coolant Hole excels in fine machining of difficult materials, reducing chip clogging and heat buildup while extending tool life and achieving micron-level finishes. For more details, contact MMC Hardmetal or refer to the provided documents.
ーーーーーーーーーーーーーーーーーーーーーー
❓ FAQ
Q1: What problems does the iMX Series help solve?
A1: It reduces chip clogging, heat buildup, poor surface finish, and excessive tool wear.
Q2: Which materials benefit most from a Centre Coolant Hole design?
A2: High-strength materials such as Inconel 718 and Titanium Alloy.
Q3: How much tool-life improvement does the iMX12B4HV12012 provide?
A3: More than 1.5× compared to standard end mills.
ーーーーーーーーーーーーーーーーーーーーーー
📚 Glossary (Key Terms)
• Double Face Contact: Dual-surface head–shank interface
• Centre Coolant Hole: Central coolant path for cooling and chip removal
• Tapered Flute: Tapered groove for improved chip flow
• ER Collet: High-precision European tool holding system
ーーーーーーーーーーーーーーーーーーーーーー
📖 Reference
• Mitsubishi Materials TOOL NEWS B200G
• iMX Series Update 2025.10
ーーーーーーーーーーーーーーーーーーーーーー
🔗 Cluster Internal Link
• Basic Knowledge: Principles of Coolant Evacuation in Metal Cutting
• Advance Knowledge: End Mill Design Concepts for High-Precision 5-Axis Machining
ーーーーーーーーーーーーーーーーーーーーーー
🔒 Trust
This article is based on original technical data from MMC Hardmetal (Thailand), ensuring accurate and reliable information.
ーーーーーーーーーーーーーーーーーーーーーー
#iMXSeries #CarbideEndMill #ExchangeableHead #CoolantThrough #HighPrecision
#MMCHardmetal #ToolLife #5AxisMachining #Inconel718 #PrecisionMachining

📆 Updated: 2025-02-14