Video Overview

In this Video you will see an unboxing of an ELAX^® electric slide.

Inside there is the ELAX® electric slide, cables, the XENAX^® servo controller, screws for assembly and the EMV protection clasp.

No app to download, no license code to buy, no registration required. We will show you what makes our product innovation INTAX^® stand out and how easy it is to set up. Let yourself be fascinated by the simplicity and precision of INTAX^®.

In this Video a Jenny Science 3-Axis Linear motor Axis System is interacting with a Smartphone. Therefore our unique Forceteq^® basic technology is used. The whole interaction and movement of the Z-Axis is force-based. We can control the force, drive with a certain force or even detect forces.

With the swing out reduction of the XENAX^® Xvi servo controller the motion trajectory is adapted to reduce the swing out time at the end of a run. This function is predestined for dynamic loads or liquids which should be moved smoothly.

Forceteq^® is the worldwide unique, patented force-stroke measurement technology which is integrated in the XENAX^® Xvi servo controller. In this video a collaboration of linear motor axis and human is demonstrated.

This video introduces the Ethernet Installer tool, which allows you to update, backup or restore multiple XENAX^® controllers at the same time. Ramon Jenny guides you through downloading firmware updates, configuring settings, changing IP adresses and performing parallel updates. Important functions such as backup, restore and key terms such as XENAX^® Servocontroller and WebMotion^® are highlighted.

We'll walk you through setting up a Forceteq^® application with highprecision ELAX® linear motor axis controlled by a XENAX^® Xvi 75V8S servo controller. Using BECKHOFF PLC and TwinCAT, this tutorial covers everything from firmware updates to system configuration for optimal performance and precise force control. Perfect for professionals who want to master these advanced automation tools and utilise Forceteq^® for superior quality control.

In the second part, you will learn about our basic interface for communicating with our XENAX^® servo controller. After this series of videos, you will be familiar with the WebMotion^® interface and be able to use it.

Get to know our WebMotion^® in this video series. It is our basic interface for communicating with our XENAX^® servo controller. After this video series, you will be familiar with the WebMotion interface and be able to use it.

In this video we demonstrate and explain the functions of the TÜV certified SMU (Safety Motion Unit) for functional safety. The four different functions (STO, SS1, SS2 and SLS) can be defined directly in the XENAX^® WebMotion. The eight digital inputs and outputs can be used to configure the safety functions. It is a redundant system where two inputs are used for each function. The inputs are low active so any damage to cables or the like can be detected.

Functions:
STO - Safe torque Off
SS1 - Safe Stop 1, deceleration of the axis followed by shutdown
SS2 - Safe Stop 2, braking the axis and holding the position
SLS - Safely Limited Speed - Observation of a save speed, if speed is exeeded in SS2

In this video you will see the basic settings of the XENAX^® Xvi 75V8S servo controller for Jenny Science linear motor slide. You will see how the payload is calculated and applied, deviation position and target and also advanced settings like stability, swing out reduction (see video Unique 2 | Swing out Reduction) and avoid vibration.

In this video you will see an initial setup of the ELAX^® electric slide with the XENAX^® servo controller. Within 5 minutes you are able to start any of our linear motor or rotativ axis and controll them simply by using your Webbrowser.

Nowadays, a wide variety of products are manufactured and inspected in fully automated processes. Fast and precise linear movements are a requirement and ideally the movements should be sensitive and controlled. This is what the new linear motor slides ELAX^® from Jenny Science make possible. The magenetic direct drive linear motor allows to precisely complete and control movements at the same time. Thanks to the sensitive force registration the linear motor controls, monitors and limits forces in processes and recognizes process errors automatically.

The 3D printer from Arburg includes two LINAX^® Lxc direct drive linear motors from Jenny Science combined in a very compact x-y cross table. The 3D printer from Arburg includes two LINAX^® Lxc direct drive linear motors from Jenny Science combined in a very compact x-y cross table.

With the XENAX^® Xvi 75V8 servocontroller and the optional PROFINET busmodule, it is possible to move the Jenny Science linear motors LINAX^® with a PROFINET Controller.
No matter if cyclic syncronized mode IRT with Siemens SIMOTION or positioning mode with Siemens SIMATIC, the compatible XENAX^® offers indivual solutions in your familiar programming environment.

This ultra-compact X-Y application with two LINAX^® Lxs linear motor axes and a rotary linear motor on the top simulates the frame inspection of a smartphone case. It is a new approach to move the product rather than the camera.

As this X-Z Pick and Place Handling demonstrates, these highly compact LINAX^® Lxc linear motor axes are not only dynamic and precise but also clean room compliant.

As this X-Z Pick and Place Handling demonstrates, these highly compact LINAX^® Lxc linear motor axes are not only dynamic and precise but also clean room compliant.

Our LINAX^® linear motors can be directly screwed together slider to slider, for example for dynamic gantry systems. In this gantry application the interpolated motion is programmed with our XENAX^® servo controllers and a superior PLC.

These compact LINAX^® linear motor application is controlled with a PLC from B&R over Powerlink. With this optional bus module, our XENAX^® Ethernet servo controller enables the user to control his/her application in the familiar programming environment.