Do complete linear units fit in your application? 

Congratulations, you can then significantly simplify the design work. With stepper motor-driven complete linear units & guides, the support already done, you just need to mount your load.  Read more

Compact and powerful – the MC 3603 miniature motion controller

FAULHABER have recently expanded its product lineup with an innovative addition—the MC 3603 miniature motion controller, a game-changer designed without a housing for seamless integration. Read more

New compact motor control unit– the market’s most compact

Currently the smallest integrated motor control (IMC) unit on the market, FAULHABER introduces a new motion solution for controlling and managing motion!

Faulhaber’s new motion controller is now integrated into the powerful brushless motor series FAULHABER 22xx…BX4. This combination provides an impressively broad range of functions and performance. The motor integrated motor control unit (IMC) is only 18mm longer than the motor itself and includes servo control and a 12-bit encoder. With the new drive electronics, you can unleash the full performance of the BX4 motors. Read more

Relox Robotics Golf robot

A golf robot for automating the world’s driving ranges!

The golf robot Range Picker is at the top of many golf clubs’ wish lists. However, Range Picker is already in use at clubs like PGA Frisco in Texas, Deer Walley Golf Range in Georgia, Seve Golf Center in Rotterdam and Troxhammar GK in Sweden. In Sweden, for instance, golf is the third most popular sport, and globally there are more than 60 million golfers. Therefore, the potential for Relox Robotics – the company behind Range Picker – is enormous. Read more

WEBINAR: Unlocking the secrets of sensors with FAULHABER

Everything you need to know but were afraid to ask regarding sensors. Join FAULHABER in this webinar and explore the world of sensors and encoders utilized in FAULHABER drive systems. This time you´ll get insights into motor operation, both with and without sensors, and delve into the similarities among various sensor technologies. Gain valuable advice on selecting the optimal sensor and encoder technology tailored to your specific application requirements.

When: Tuesday, February 27 at 11:00 – 12:00 AM

Go to FAULHABER and register now for free and receive valuable tips for selecting the right sensor and encoder technology (link)

Webinar: Optimized logistics with state-of-the-art drive systems!

Join the upcoming webinar and discover how to choose the perfect FAULHABER drive systems for your logistics applications.

Whether it’s conveyor belts, lifters, grippers, AGV robots, or camera PTZ control, incorporating high-quality drive systems can greatly enhance performance and efficiency.

In this webinar, FAULHABER will take you on a journey from defining your specific requirements to selecting a complete drive system tailored to your application.The FAULHABER experts will provide valuable insights, explaining diagrams, and sharing tips and tricks to help you choose the ideal motion source for your next project.

Don’t miss this opportunity to optimize your logistics operations with cutting-edge drive systems! Register now to secure your spot and mark your calendar for the webinar on June 27 11:00 AM-12:00 PM.

Webinar: Step into the world of gearhead technologies

Don’t miss the opportunity to deepen your understanding of FAULHABER gearhead technologies. This time FAULHABER will  delve into the world of gearhead technologies, providing you with a comprehensive comparison that will help you make informed decisions.

This time FAULHABER will shed light on the impact of backlash and how it can be effectively reduced. Backlash is a common concern in many drive systems, and understanding its effects is crucial for achieving optimal performance. The FAULHABER experts will share practical strategies to minimize backlash and enhance positioning stability and accuracy.

Moreover, the significance of selecting the right gearhead technology for a project. Showcase of real world applications of successful integration of motor, gearhead, and encoder combinations, enabling you to complete your drive system flawlessly, will be made.

Register now to secure your spot and mark your calendar for the webinar on May 23 at 11:00 AM – 12:00 PM 

Webinar: Straight to the point with linear actuators.

Dont´t forget to attend the FAULHABER webinar April 27. This time you´ll explore the topic of converting rotary motion to linear motion using a screw. With so many different options available when it comes to type of motors and screws, it can be challenging to identify the best technology for your needs. However, after attending the webinar April 27, you’ll be equipped with the knowledge and insights in advantages and disadvantages of different technologies for creating linear motion.

Go to FAULHABER and register now (link)

FAULHABER: Linear Actuator L

The FAULHABER Linear Actuator L series are designed to provide high performances in compact dimensions, these actuators can support large input speed, high output force and are suited for a wide range of applications like robotics, industrial machines and laboratory equipment.

A large number of reduction ratios, uniformly distributed, are available to select the most appropriate configuration to fit various force or speed operating points as required by the application.

This new family also grants high flexibility offering different screw sizes and types; moreover a large selection of options is available to match different ambient conditions and make mechanical integration inside applications faster and smoother through various flange and nut configurations.

Combined with FAULHABER’s wide range of DC motors, brushless motors and stepper motors, you can tailor a complete solution to suit your requirements. Want to know more? Ask us and we’ll be happy to tell you more.

White Paper: Forms of closed loop stepper control.

Stepper motors are employed in a variety of applications across the engineering spectrum because they are inexpensive, simple to operate, and offer high torque at low speeds. However, stepper motors suffer from drawbacks such as missed steps, decreased torque at high speeds, resonances, and high power consumption. In order to mitigate these issues, Galil has three methods of closing the loop around a stepper motor: End point correction, closed loop microstepping, and driving the stepper motor as a 2-phase brushless motor.

In this white paper, Galil Motion Control explains how this works and when to choose the different methods. Read the full white paper here (link).