Portescap introduces the newest addition to our Ultra EC mini motor platform, the 22ECT brushless motor, designed specifically to deliver ultra high torque in a compact size. With the unique coil technology and a patent pending multipolar rotor design, the 22ECT has been developed to be one of the most advanced and highest performing brushless slotless motors in its class.(read more)
Portescap is a leader in miniature motion solutions for medical technologies, including autoclavable brushless DC slotted motors. Our success stems from the highly collaborative environment we create between customers and our Sales and Engineering teams.(read more)
Portescap offers a wide range of miniature motor technologies to meet the needs of demanding automation applications. Our motors provide high torque density, long life and high efficiency to maximize performance of automation technology, to reduce cost of ownership and to improve reliability.(read more)
Portescap Disc Magnet mini motors provide exceptional dynamic performance unparalleled by any other small diameter stepper in the market. The unique thin disc magnet enables finer step resolutions in a given envelope, significantly higher acceleration and greater top speed than conventional steppers(read more)
Portescap is pleased to announce a new motor selection tool, MotionCompass™ – a web-based application that facilitates choosing a motor based on your application needs. MotionCompass will provide you with recommendations for our brushless DC and brush DC coreless products that best fit your needs, including all relevant data and performance curves.(read more)
Portescap's extensive line of Digital Linear Actuators are ideal for Medical and Clinical Diagnostics applications based on the fast, powerful and precise positioning they provide.
The various sizes of digital linear actuators available, 20 mm to 57 mm, offer engineers the ability to select the smallest size required to satisfy the application requirements. Th...(read more)
Our innovative miniature motor product technologies enhance the consistency and standards of workflows, resulting in improved quality and more reliable data. Portescap's extensive range of flexible and scalable automation products have solutions for every laboratory, covering the entire spectrum of size, scale and application needs.(read more)
AthlonixHigh Power Density Brush DC Micro Motors More Endurance. High Power Density. Price-to-performance optimized.
No two applications are identical. So why should your motion solution be? Athlonix offers 3 families of high power density Brush DC micro motors without having to compromise on price-to performance.(read more)
The Ultra ECTM platform offers 3 families of motors to help you address a wide range of requirements, whether it be traditional BLDC features, very high torque or very high speed. The patented U coil provides outstanding performance, including minimal iron losses, better efficiency and cooler operation.(read more)
With highly specialized designs from Portescap, you get reliable solutions that are resistant to thermal and mechanical shock and capable of delivering the necessary power and long life required for these applications, all in a small, lightweight envelope.(read more)
Portescap's brush DC coreless and stepper motors offer technology options tailored to optimize your application. The high efficiency of our brush DC coreless motors reduces power consumption and provides extended battery life, while the precision of our stepper motors allows rapid and accurate positioning(read more)
Portescap's electric motor technology solutions cover a broad range of applications in instrumentation. Mobile devices will benefit from the low power draw of our brush DC coreless motors and brushless DC motors.(read more)
The Ultra EC platform offers 3 families of motors to help you address a wide range of requirements, whether it be traditional BLDC features, very high torque or very high speed. The patented U coil provides outstanding performance, including minimal iron losses, better efficiency and cooler operation.(read more)