Amsted Automotive’s Industrial Coupler Components are designed for heavy-duty applications and offer exceptional strength and durability. Our heavy-duty ferrules, heavy-duty stems and lifter bodies are manufactured in diameters ranging from ½ to 6 inches* and provide superior structural integrity for high-performance environments.
Key Features:
- Precision machining on the Stem Face allows for customization and seamless compatibility with various systems and configurations.
- Utilizing an advanced extrusion process on a header, we produce stems with optimized grain flow, ensuring unmatched durability and resistance to stress and wear.
Advantages:
- Enhances strength and durability in harsh operating conditions.
- Reduces material content by over 80% compared to traditional manufacturing.
- Provides higher tolerance for stress and wear than machined alternatives.
*Product specifications reflect a subset of our capabilities.
Get the latest from our design, engineering, and manufacturing teams.
Recent News
Amsted Automotive Wins Michigan Manufactured Export of the Year Award with Innovative One-Way Clutch
Amsted Automotive was honored with the Michigan Manufactured Export of the Year award, presented by the Michigan Manufacturers Association (MMA) recognizing the company’s leadership in…
Amsted Automotive Showcases Industry-Leading Manufacturing Capabilities at the 2025 MEMA OE Suppliers Annual Conference
Amsted Automotive will highlight its global engineering and manufacturing capabilities at the 2025 MEMA OE Suppliers Annual Conference November 19-20, 2025, displaying examples and information…
Amsted Automotive Honored with Manufacturer of the Year Award
Amsted Automotive has been named the 2025 John G. Thodis Michigan Manufacturer of the Year – Large Tier by the Michigan Manufacturers Association (MMA). The…
Amsted Automotive Highlight Advanced Metal Forming Capabilities at The Battery Show
Amsted Automotive will showcase its industry-leading metal forming expertise at The Battery Show North America, demonstrating how these capabilities are critical to the performance, efficiency,…