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3 Keys to Quality Control for Induction Heat Annealing Heat treating is a fundamental process in most manufacturing settings, and it’s a common use of modern induction heating equipment. One form this process takes is annealing. Let’s quickly define “annealing” in the context of metalwork and induction heating: Annealing is a heat treatment process used

Best Practices for Curing Different Manufacturing Materials In manufacturing settings, the curing process is pivotal in determining the final properties of materials, ensuring that the finished product will be able to withstand the stresses and strains it will be subjected to in its intended use. Induction heating offers an efficient medium for getting your work

Best Practices for Patch Coating with Induction Heating If your team needs to selectively enhance or restrict inductive properties in a certain area of the material you’re heating, then you’re looking for a patch coating solution.  Patch coating is a process where a specific area of a metal part is coated with a material that

Consider the Energy Efficiency of Induction Heating for Melting Applications In every manufacturing or industrial engineering business, energy efficiency is a critical variable for understanding how successful your operation may be in the broader marketplace. This is one reason why induction heating equipment is on the rise in manufacturing facilities across the globe. The precision

Cost Savings and Quality Assurance: The Impact of Induction Heating in Manufacturing Induction heating is a powerful tool in a manufacturer’s arsenal. Depending on the job, this technology is a cost-effective method for heating metal or other materials and developing specific end products at scale.  So, how do you know when induction heating is right