Ambrell will host free educational webinars on June 17th, June 24th and July 9th presented by Dr. Girish Dahake. (read more)

Ambrell Corporation, an InTest Company and a leading manufacturer of induction heating solutions worldwide, has published an extensive guide for induction heating applications in the medical manufacturing and research industry. (read more)

Induction heating supports electrification initiatives by replacing fossil fuel–based process heating with a highly efficient, electrically driven method that delivers precise, on-demand heat directly within the part, improving energy use and reducing emissions. (read more)

This article from Ambrell highlights the primary reasons you should consider induction if you're currently torch/flame brazing, or using a torch for another heating process. (read more)

The ammunition industry...

...has been annealing cartridge casings the same way since the start of WWII by utilizing large inefficient open gas flame or conveyor-oven style processing. These methods are highly inefficient, require large amounts of floor space, lack consistency, create excess inventory carry costs, and don't permit in-process inspections... (read more)

Ambrell Induction Heating released a free eBook to help manufacturers design the optimal induction heating coil for their part and process. (read more)

Learn why so many companies are choosing to switch to induction heating for their manufacturing process.... (read more)

Ambrell has seen elevated business from companies in the forging industry thanks to a robust line of induction heating systems and induction's benefits when compared to furnace heating (read more)

Aluminum comes with challenges, but this article will show you how to braze high quality aluminum parts with induction. (read more)

A company was looking to design a heating process for a new device they were developing, and they turned to THE LAB at Ambrell to take advantage of their complimentary applications testing. The process involved brazing a copper tube and a steel plate. (read more)

Learn more about an application involving soldering brass and copper components tested by THE LAB at Ambrell. (read more)

A manufacturer in the oil and gas industry was looking to heat rubber gaskets with metal end rings to 550 °F (288 °C) for a release/debonding application. (read more)

Automotive applications demand speed and repeatability, and induction heating delivers on both accounts. (read more)

Benefits include rapid heating, precise heating, improved quality, and energy efficiency. (read more)

A fastener manufacturer contacted THE LAB at Ambrell as they needed to preheat steel wire prior to hot heading. They turned to induction heating because they wanted to increase tool life with hot heading. (read more)

Induction heating is a precise, fast, repeatable, non-contact method for heating electrically-conductive materials like brass, aluminum, copper or steel or semiconducting materials such as silicon carbide. (read more)

Ambrell, a leading manufacturer of induction heating systems,has sold an EKOHEAT 125 kW/10 kHz induction heating system to a manufacturer of pressure control products for the oil industry. (read more)

A client from the aerospace industry came to THE LAB at Ambrell looking to upgrade their current induction heating system. The application involved brazing a steel assembly. (read more)

THE LAB at Ambrell tested an induction heating application involving soldering ferrule and module assemblies. (read more)

Induction heating from Ambrell offers countless benefits to medical device manufacturers including speed, repeatability and precise heating. (read more)

Injection-molded plastic parts are used increasingly in manufacturing thanks to their strength and reduced weight compared to metal. Read Dr. Girish Dahake's informative article on using induction heating for heat staking metal inserts. (read more)

Nanoparticles are particles between 1 and 100 nanometers (nm) in size that are of significant interest to the scientific community because of their applications in a wide range of fields. For example, induction heating systems are used in hyperthermia (or thermotherapy) to generate alternating magnetic fields in the laboratory to elevate and manage the temperature of a solution of nanopa... (read more)

Induction heating is a versatile and efficient method for wire and cable heating applications. Learn about induction's benefits in this article. (read more)

An organization had been using a torch for this metal-to-plastic insertion (heat staking) application involving heating a brass shaft, however, it required multiple torches to meet their growing throughput requirements. Consequently, they wanted to see if induction heating could offer them a more efficient solution. (read more)

Learn about the important role induction heating plays in material science research, testing and analysis. (read more)

Metal to plastic insertion -- or heat staking -- is an induction heating application commonly tested at THE LAB at Ambrell. (read more)

Induction offers fast, precise, repeatable heating for metal-to-plastic insertion (heat staking), while avoiding defects such as flashing and burning. (read more)

Induction heating is used for countless manufacturing applications in the aerospace and defense industry. Brazing, preheating for welding and heat treatment are just a few examples of aerospace applications using induction. (read more)

Induction heating is a rapid, precise, repeatable and safe non-contact method for heating metals or other electrically-conductive materials. The material may be a metal such as brass, aluminum, copper or steel or it can be a semiconductor such as silicon carbide, carbon or graphite. Learn more.... (read more)

Induction is commonly used in medical manufacturing for a variety of heating applications. Learn more about the most common applications. (read more)

Learn how induction heating is used in shrink fitting applications and discover the many benefits induction offers. (read more)

Induction heating can be used to heat a tuve to heat gases or liquids. Learn more by reading about one application tested by THE LAB at Ambrell. (read more)

Request our complimentary guide on induction heating in electric motor and electric vehicle manufacturing. (read more)

Save money and update to a modern, reliable induction heating system backed with a two-year warranty through our trade-in program. Any induction heating system is eligible. (read more)

Ambrell launched an initiative in 2021 to help customers with their respective ESG (environmental, social, and governance) related carbon neutrality goals. In alignment with global sustainability goals, Ambrell’s induction heating systems provide zero emission solutions to manufacturers. (read more)

Ambrell Induction Heating Solutions introduces our next generation EKOHEAT induction heating equipment, featuring VPA Technology, a first-of-its-kind in the induction heating industry. (read more)

A client needed to heat magnetic steel pins (spokes) for forging on a rim without heat treating and weakening the rim. They turned to THE LAB at Ambrell for an induction heating solution. (read more)

Heat staking, which is also known as metal-to-plastic insertion, involves preheating an insert with induction and then pressing it into a hole in a 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. (read more)

Induction heating systems generate alternating magnetic fields in the laboratory to elevate and manage the temperature of a solution of nanoparticles. (read more)

A food processor needed a new method for heating knives and turned to Ambrell's applications team for a solution. (read more)

Large, oddly shaped parts and unique heating requirements can make using a traditional copper coil challenging. Luckily, that’s no longer a barrier thanks to Ambrell’s flexible EASYCOIL. It is perfect for slow heating and bulk heating applications. (read more)

A company used induction heating for a desoldering application. (read more)

While induction heating systems may require a larger initial investment than an oven, they offer numerous benefits which can result in a lower operating cost. Read the article for a few of the most common benefits that you should consider when comparing the two heating options. (read more)

A client manufacturing plumbing flanges came to THE LAB at Ambrell with a brazing application. They needed to braze copper and brass fittings. They had been using a torch, but wanted a more repeatable heating solution. So they took advantage of free parts testing from THE LAB to see if induction might be a better heating solution for their brazing application.

The LAB determined t... (read more)

A client contacted THE LAB at Ambrell looking to use induction to prepare cast iron assemblies for shrink fit assembly. (read more)

A client manufacturing plumbing flanges came to THE LAB at Ambrell with a brazing application. They needed to braze copper and brass fittings and wanted to use induction. (read more)

A client from the aerospace industry turned to THE LAB at Ambrell to recommend an induction heating solution that would enhance their brazing process. (read more)

Forging with induction is ideal for your heating process, combining the precision, control, economics and safety inherent in the technology. With induction, you can focus heating on just the portion of the material that needs to be forged and efficiently bring it to the malleable temperature. (read more)