We have assembled this 28-page guide to help you get the best performance from your induction heating system.
Induction coil design can have a major impact on part quality, process efficiency, and manufacturing costs. This guide provides (almost) everything you need to design the optimal coil for your part and process. Request your copy and read about the science and the art of induction coil design.
Induction heating is a convenient and flexible method to deliver high-strength magnetic fields to nanoparticles, resulting in a focused and targeted treatment that is gaining considerable interest in the medical research community.
Hyperthermia (or thermotherapy) is a type of cancer treatment that involves heating of tumor cells within the body. Even as far back as 3000 B.C., Egyptian pundits used heat baths to burn subcutaneous tumors. Doctors observed that high heat, such as that resulting from a fever, killed cancer cells and decreased tumors.
One of the most common uses for induction heating is the heat staking of threaded metal inserts into plastic. Most thermo-plastics are too soft to sufficiently hold a thread, so brass or steel threaded inserts are added.
For heat staking, the insert is preheated with induction and then pressed into a hole in the plastic part. This is accomplished by positioning the induction coil over the hole and then holding the insert in the coil for a short period of time.
Injection-molded plastic parts are used increasingly in a variety of industries including automotive, office furniture, cutlery, gardening equipment and more, because of their strength and lighter weight when compared to metal.
Learn about the advantages of induction for heat staking, also known as metal-to-plastic insertion, of your plastic parts in Dr. Dahake’s white paper article from Industrial Heating magazine. Heat staking is a familiar application for the experts at Ambrell. Take advantage of our complimentary testing service and let us help you solve your heat staking problems by contacting our Applications Lab today.