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Induction hardening · Induction heating systems · Bespoke machine manufacturing
We develop medium- and high-frequency induction solutions, provide precision surface-hardening services, and engineer and manufacture induction systems tailored to demanding industrial applications.
Hard surface, tough core.
We design and manufacture medium- and high-frequency induction systems, surface-hardening machines, application-specific inductors and integrated quenching solutions. Equipment is adapted to the workpiece, target depth, production rate and automation requirements.
No forms are required. Send us a photograph of the component together with its key dimensions and process requirements.
At Maya Endüksiyon, we combine extensive field expertise in induction hardening and industrial heating with Güçlü İndüksiyon’s established capabilities in the development and manufacture of induction heating systems.
Precision induction hardening for suitable steels, with process parameters developed around component geometry, material response and the specified effective case depth.
Typical materials: Hardenable steels including C45 / SAE 1045, 42CrMo4 / AISI 4140, 34CrNiMo6 / AISI 4340, 16MnCr5 and AISI 8620.
Engineering, application development and manufacture of medium- and high-frequency induction equipment configured for the specific process, component and production environment.
Flexible induction-equipment rental solutions for project-based, temporary or application-specific production requirements.
On-site induction services for components that are impractical to transport or must be processed in situ.
Design and manufacture of application-specific inductors, magnetic-flux control solutions and quench heads, engineered around component geometry and process requirements.
In induction heating, thermal energy is not transferred from an external heat source. Instead, electromagnetic energy induces electrical currents within the conductive workpiece, generating heat directly in the material. The result is rapid, clean and highly localized heating with exceptional process control.
Because heat is generated directly within the workpiece, energy can be concentrated precisely where it is required, reducing unnecessary thermal losses.
High temperatures can be reached within seconds. Heating starts and stops almost instantaneously, making induction particularly well suited to automated production lines.
The heated zone is governed by inductor geometry, operating frequency and process parameters, minimizing unnecessary thermal exposure in adjacent areas.
Applications
No contact form and no unnecessary delay. Message us directly, attach photographs or drawings, and discuss the technical requirements and quotation in one conversation. You are also welcome to call us.