Actuators, coils, and connectors for the healthcare sector
Contact usATAM is a strategic partner for the medical sector, offering highly advanced and customized components designed to meet the strict requirements of healthcare applications. With extensive experience in the design and manufacturing of electromagnetic coils, linear actuators, and electrical connectors, ATAM delivers engineering precision, operational safety, and compliance with the most stringent international standards.
All our products are manufactured following controlled and certified production processes, in compliance with RoHS, REACH, and ISO 9001 standards. This commitment to quality allows us to provide ideal solutions for critical applications, such as diagnostic instruments, surgical robotics, and medical monitoring devices.

Coils and actuators for medical devices
ATAM electromagnetic coils are designed to ensure precise and reliable operation in advanced medical devices. Manufactured with class F, H, or N insulating materials and encapsulated using highly specialized technologies, our coils withstand high temperatures and continuous duty cycles, ensuring stability even in demanding operating conditions.
ATAM linear actuators, often used in regulation and control systems, provide precise and smooth movement, essential for applications such as infusion pumps, regulating valves, and flow control devices. Thanks to their ability to operate across a wide temperature range and under varying pressures, ATAM actuators are ideal for ensuring reliability in all types of medical devices.

Stable and secure electrical connectors
ATAM electrical connectors for the medical sector are designed to provide stable and secure connections, resistant to vibrations and external agents. With IP65, IP67, and IP69K protection ratings, our connectors ensure waterproofing and contamination resistance, a crucial feature for aseptic environments and sensitive medical applications.
Thanks to their compact and modular design, ATAM connectors can be customized to meet specific requirements, integrating additional features such as LED indicators for operational status monitoring and overvoltage protection circuits. These components are used in imaging devices, patient monitoring machines, and diagnostic instrumentation.