Enhanced Elasticity
Superior energy transfer and increased distance through advanced elastic properties of amorphous metals.
Materials Science
Revolutionary ShaftTechnology
Experience the future of golf with our groundbreaking amorphous metal alloy shafts. Built on research from Caltech, we've pioneered the world's first golf shafts using metallic glass technology.
World's Best
Amorphous Metal Innovation
We pioneered the development of golf shafts using amorphous metal alloy wire, setting a new standard in performance and durability. Our groundbreaking technology represents a significant leap forward in golf equipment design.
Amorphous metals represent a revolutionary class of materials that combine the strength of metals with the formability of plastics. Unlike traditional metals, they possess a unique non-crystalline structure that eliminates weak points and enhances performance.
Caltech Research Foundation
Our technology builds upon groundbreaking amorphous metal research that originated at Caltech, where the first metallic glass was produced. Dr. Paul Kim from Caltech researched our technology's amorphous metal powder, and currently works with the Attomax Team.
Molecular Structure
Amorphous Non-Crystalline
Tightly packed • 100% force transfer
Why It Matters
Performance Benefits
Our amorphous metal technology delivers measurable advantages that transform your game.
Exceptional Strength
Lightweight design without compromising durability, achieved through revolutionary material science.
Corrosion Resistance
Superior longevity and maintained performance due to the unique grain-boundary-free structure.
Enhanced Stability
Exceptional torsional stability for consistent performance and improved shot accuracy.
Superior Straightness
Reduced shot dispersion and improved directional control for straighter shots.
Precision Performance
Unmatched accuracy and consistency for better shot-making and lower scores.
The Science
Technical Advantages
01
Material Structure
The amorphous structure exhibits exceptional properties different from crystalline structures, including high elasticity, strength, and superior corrosion resistance.
02
Scientific Achievement
First discovered at Caltech in 1960, amorphous metal technology features an exceptional coefficient of restitution (COR), making it ideal for high-performance golf equipment.
03
Advanced Properties
Without grain boundaries found in traditional metals, our shafts are structurally flawless, offering unique characteristics that enhance your game.
Global Operations
Global Manufacturing Excellence
Our supply chain spans three continents, combining the best expertise from each region.
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South Korea
Material Made in Korea
Our advanced amorphous metal materials are expertly manufactured in South Korea, leveraging decades of metallurgical expertise and precision engineering to create the foundation of our revolutionary shafts.
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Japan
Product Made in Japan
Final product assembly and quality control are performed in Japan, known for its meticulous craftsmanship and uncompromising standards in golf equipment manufacturing.
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California, USA
Designed in California
Our innovative shaft designs are developed in California, combining cutting-edge technology with advanced performance engineering to create industry-leading golf shafts.
Material Science
Why Amorphous Metal?
Coefficient of Restitution (COR)
Higher COR means more energy transfer to the ball for increased distance.
Amorphous
Exceptional
Traditional
Standard
Grain Boundaries
Absence of grain boundaries eliminates structural weak points.
Amorphous
None
Traditional
Present
Elasticity
Enhanced elastic properties provide better energy storage and release.
Amorphous
Superior
Traditional
Limited
Corrosion Resistance
Non-crystalline structure provides natural corrosion protection.
Amorphous
Excellent
Traditional
Moderate
Research & Innovation
The Science Behind ATOM Shafts
- Amorphous Metal (Metallic Glass)
- Materials Science • Golf Technology
- A revolutionary class of materials featuring a non-crystalline molecular structure without grain boundaries. First discovered at California Institute of Technology (Caltech) in 1960, amorphous metals provide exceptional coefficient of restitution (COR), elasticity, strength, and corrosion resistance. Attomax Pro pioneered the application of amorphous metal alloy wire in golf shaft manufacturing, creating the world's first golf shafts using this technology. Dr. Paul Kim from Caltech researched the amorphous metal powder technology and currently works with the Attomax team.
| Property | Attomax Pro | Traditional |
|---|---|---|
| Coefficient of Restitution (COR) | Exceptional | Standard |
| Grain Boundaries | None (Flawless) | Present (Weak Points) |
| Elasticity | Superior (2-3x) | Limited |
| Corrosion Resistance | Excellent | Moderate |
| Energy Transfer | Optimized | Standard |
| Torsional Stability | Outstanding | Good |
World's First Amorphous Metal Golf Shafts
Attomax Pro pioneered the development of golf shafts using amorphous metal alloy wire, setting a new standard in performance and durability. Our groundbreaking technology represents a significant leap forward in golf equipment design, built on research that originated at the California Institute of Technology (Caltech) where the first metallic glass was produced in 1960. This technology enables exceptional energy transfer, enhanced torsional stability, and superior corrosion resistance that traditional golf shaft materials cannot match.
PGA Manufacturer2025-2026
Caltech ResearchDr. Paul Kim
USGA Conforming
Made in JapanTakamatsu
ATOM Shafts
Ready to Experience the Difference?
Discover how our amorphous metal technology can transform your game.
Technology FAQ
What is amorphous metal technology in golf shafts?
Amorphous metals, also known as metallic glass, are revolutionary materials that combine the strength of metals with unique formability. Unlike traditional metals with crystalline structures, amorphous metals have a non-crystalline structure that eliminates weak points, providing superior elasticity, strength, and corrosion resistance.
How does Caltech research relate to Attomax Pro technology?
Attomax Pro technology builds upon groundbreaking amorphous metal research that originated at Caltech, where the first metallic glass was produced. Dr. Paul Kim from Caltech researched our amorphous metal powder technology and currently works with the Attomax team to develop our innovative golf shaft technology.
What makes amorphous metal shafts better than traditional golf shafts?
Amorphous metal shafts offer superior energy transfer due to their exceptional coefficient of restitution (COR), enhanced torsional stability for better accuracy, corrosion resistance for longer lifespan, and consistent performance without the structural weaknesses of grain boundaries found in traditional metals.
Where are Attomax Pro shafts manufactured?
Our manufacturing process spans three continents: Advanced amorphous metal materials are produced in South Korea, final assembly and quality control occur in Japan using meticulous craftsmanship standards, and design engineering is based in California, USA.
Is Attomax Pro the first company to use amorphous metal in golf shafts?
Yes, Attomax Pro pioneered the development of golf shafts using amorphous metal alloy wire, setting a new standard in performance and durability. This world's first innovation represents a significant leap forward in golf equipment design.