Inductor In Medical Applications | Top Manufacturer of Innovative Inductors - ABC ATEC

Medical Applications | We offer customization services for inductors, transformers, connector thermal solutions, and mechanical parts.

Medical Applications

Inductor In Medical Applications

Inductors, which are passive electrical components typically made of wire wound into a coil, find applications in various medical devices and systems. Some of the common applications of inductors in the medical field include:

1. Magnetic Resonance Imaging (MRI):

Inductors are a crucial component in MRI machines. The strong magnetic fields generated in an MRI machine require the use of superconducting magnets, which often involve inductor coils. These coils help generate the powerful magnetic fields necessary for imaging soft tissues in the human body.

2. Implantable Medical Devices:

Inductors are used in the design of implantable medical devices such as pacemakers and defibrillators. These devices often incorporate inductors to create magnetic fields or to store energy in an inductive component.

3. Wireless Power Transfer for Implants:

Inductive coupling is used for wireless power transfer in some medical implants, such as cochlear implants and neurostimulators. An external coil is used to transmit power wirelessly to an implanted coil, allowing for the operation of the medical device without the need for physical connections.

4. Inductive Heating in Hyperthermia Treatment:

In some medical treatments, inductive heating is employed to raise the temperature of targeted tissues. This technique is used in hyperthermia treatment for cancer therapy, where inductor coils generate localized heat in tumors to enhance the effectiveness of radiation therapy or to directly kill cancer cells.

5. Magnetic Induction Tomography (MIT):

MIT is an emerging medical imaging technique that uses inductive principles. It involves passing a time-varying magnetic field through a region of interest and measuring the induced electrical currents. MIT has potential applications in imaging the electrical properties of tissues, and inductors play a role in generating the magnetic fields.

6. Inductive Sensing for Monitoring Physiological Parameters:

Inductive sensors can be used for monitoring physiological parameters such as respiratory rate or cardiac activity. Changes in inductance caused by variations in the position or movement of conductive materials (e.g., the chest during breathing or the heart's movement) can be detected and translated into physiological data.

7. Magnetic Drug Delivery:

Inductors can be used in systems designed for magnetic drug delivery. By incorporating magnetic nanoparticles into drugs, inductors can help guide and concentrate the drug to specific target areas within the body using external magnetic fields.

Inductor In Medical Applications | High-Quality Inductor Manufacturing - ABC ATEC

ABC ATEC, established in 1979 in Yangmei, Taiwan, is a premier manufacturer of high-quality inductors. Our extensive product range includes chokes, filters, chip inductors, power inductors, common chokes, and RF inductors. With more than four decades of experience in the industry, we have developed and possess key production technologies and numerous patents, positioning us at the forefront of innovation and quality in inductor manufacturing.

With 45 years of expertise in professional inductor design and manufacturing, we offer tailored services for inductors, transformers, connector, thermal solutions, and mechanical partts. Our solutions cater to various sectors including automotive, industry, telecommunications, medical and consumer electronics applications. We are proud to have achieved IATF16949 Quality Certification, ensuring the highest standards in our products. Additionally, we continuously innovate, holding key production technologies and patents to enhance our offerings.

ABC ATEC has been offering customers efficient power inductors since 1979. With both advanced technology and 45 years of experience, ABC ATEC always ensures to meet each customer's demands.