About us
AME will provide machinery, accessories, and services on friction stir welding and friction stir processing. We focus on advancing the affordability, efficiency, and reliability for friction stir welding technology and solutions.
Efficiency
With faster welding speeds and precise control over parameters, productivity is enhanced.
Affordability
Cost-effective solution eliminates consumables, reducing expenses.
Reliability
The welds exhibit exceptional strength and longevity.
Machines
CNC Type FSW
CNC type FSW machines are typically used in academia, research and production environments because of their excellent affordability and reliability.
Gantry Type FSW
Gantry type FSW machines are typically used in industry environments. Its super flexibility and high rigidity makes it suitable for mass production roles.
Robot Type FSW
The robot friction stir spot welding equipment has good flexibility and a high degree of automation, so it is better suited to production workshops
FSW Cell
FSW cells and product lines focus on automation and efficiency. They are customized based on productivity and quality standard requirements.
Machines Customized For Various Markets
AME designs, fabricates and delivers FSW machines for customer specified target workpiece size, material, tolerance, yield, and productivity.
FSW Tools
Conventional FSW
Designed for application in a wide variety of markets. Can weld alloys including aluminium alloys, copper alloys, magnesium alloys, and many more.
Bobbin FSW
Simultaneously welds the top and bottom surfaces. Does not need additional supports for reverse side when welding.
Retraction FSW
Shaped bit is designed to eliminate the distinctive keyhole of a stir weld by gradually removing the bit from the material.
Friction Stir Spot-Welding
The motion of the bit eliminates the keyhole as the weld progresses. Higher weld strength and lower corrosion risk when compared to rivets.
Stationary Shoulder FSW
The bits (left) rotate while the shoulder (right) remains motionless, reducing the amount of excess heat generated by friction. This results in less thermal distortion of the pieces.
Liquid Cooled FSW
Designed to withstand the heat required to weld alloys with a high melting point, like Steel, Copper, Titanium, and their alloyed variants.