High-performance solenoids are the ideal solution for industries and sectors that require strength, speed, and durability. At NAFSA, we design and manufacture high-performance linear solenoids that meet the highest standards, ensuring an efficient response in the most demanding tasks.
What are high-performance solenoids?
High-performance solenoids are electromagnetic devices designed to generate strong attraction or repulsion forces in a compact space. Their design enables precise and repetitive movements, making them excellent for sectors such as industrial automation, railway systems, robotics, or specialized machinery.
These solenoids are characterized by:
- High mechanical force: capable of generating powerful movements quickly
- Reliability and durability: designed to maintain high performance even under intense work cycles
- Customization: perfectly adaptable to the specific needs of each sector
- Low energy consumption: designed to reduce electrical costs without compromising performance
Types of High-Performance Solenoids
As manufacturers of electromagnetic devices, we offer a wide range of high-performance linear solenoids that meet the technical requirements of each application:
ERC Series – Linear solenoids with an open-frame design, engineered for high mechanical performance. They feature an optional return spring, allowing them to adapt to different actuation systems.
ECH Series – Circular-format linear solenoids with a compact and efficient design. Equipped with an optional return spring and IP40 protection rating, ideal for applications requiring precision and reliability.
CU Series – High-performance solenoids with a square design, ideal for systems where space and protection are critical factors. Their robust construction makes them perfect for high-duty cycle applications.
NAFSA: High-Performance Electromagnetic Solutions
At NAFSA, we design and manufacture customized electromagnetic solutions, adapting to the specific requirements of each sector. Our high-performance solenoids ensure reliability, efficiency, and durability, delivering optimal performance in every application.
