SAET INDUCTION
Integrated Hardening & Tempering Solution for Wheel Hubs and Spindles
Engineered for Excellence, Built for Reliability
Specifically designed for the demanding requirements of wheel hub and spindle manufacturing, our advanced induction heat treating system delivers performance, repeatability, and long-term reliability. By integrating every stage of the process into a seamless automated flow, we ensure the highest metallurgical standards for your critical components.
Our equipment optimizes the production cycle through a sophisticated sequence of operations:
Automated Feeding & Loading: the process begins with a high-efficiency continuous feeding system.
Induction Hardening Precision: components are transferred via a dedicated manipulator from the conveyor to a high-speed rotary table. Here, an indexing table facilitates the Single Shot hardening process, providing targeted and uniform heat treatment for each individual part.
Integrated Tempering: following the hardening stage, parts enter the tempering tunnel. A specialized step-by-step movement system guides the workpieces through the tempering inductors, ensuring precise temperature control and relieving internal stresses to achieve the perfect balance of hardness and toughness.
Robot-Ready Integration
The use of manipulators and continuous feeding systems makes this equipment a perfect fit for automated smart factories.
Turnkey Efficiency
From raw part loading to final tempering, the entire system is designed to minimize cycle times and maximize throughput.
Unmatched Repeatability
Advanced automation and precise induction control guarantee that every part meets your exact specifications.
The system’s configuration delivers exceptional productivity, thanks to a six-position indexing table that allows continuous operation with minimal downtime.
Parts are automatically loaded from an inlet power conveyor and transferred to the hardening cell by a rotary manipulator.
Each component then undergoes a complete heat treatment cycle — heating, quenching, and extra cooling — achieving the required hardness and structural integrity.
The process continues in the tempering cell, where parts are progressively reheated using dedicated inductors and then cooled, guaranteeing the desired mechanical properties and durability.
Finally, a pneumatic actuator and collection chute handle the part rejection system.
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