Our Latest Innovation: The minion Now, we’re taking things even further! With the minion, we’re unveiling a groundbreaking product that outshines everything that has come before. The minion is much more than just a sensor – it’s a smart, autonomous, all-in-one solution that combines precision, flexibility, and future-proof technology. It adapts to any production environment, delivering not just data but actionable insights for optimal control and efficiency. Early Detection of Machine Issues through Vibration Monitoring The minion vibration sensor measures vibration velocity and acceleration across all three axes, allowing for early detection of imbalances, impacts, and bearing changes. In combination with the surface temperature analysis, it enables precise condition monitoring of your machines and thus ensures predictive maintenance. Secure and Stable Data Transmission The minion’s cellular gateway provides secure, continuous data transmission over LTE-M or NB-IoT, independent of existing networks. Data is transmitted directly and reliably to the cloud of your choice, so you are always informed of your machine's conditions. Autonomous and Flexible Monitoring, Even in Remote Locations The minion’s powerful battery enables autonomous monitoring in hard-to-reach areas. With intelligent energy management, it operates efficiently without frequent maintenance or an external power supply—delivering reliable, low-maintenance monitoring. Experience the new dimension of sensor technology with the minion and see how easy and intuitive Industry 4.0 can be! Ready to take your application to the next level?

The ServoStep MIS171 to MIS176 have a NEMA17 42x42mm flange and include controller with 6 different industrial Ethernet protocols, absolute multiturn encoder, closed loop and M12 connectors. This new motor family is based on the latest microprocessor and cooling technology and an advancement compared to previous designs.  All electronics in a stepper system are integrated in the motor itself and are similar to the concept used by other JVL motors, making it very easy to use in all kind of motion control stepper or servomotor applications.The motor contains everything to solve a modern control task, either as a stand-alone with own easy programmable motion controller or controlled from an external PLC or PC. 8 I/O points can be individually configured as digital input, digital output or analogue input. Modbus RTU or CANopen provide easy connections to a PLC or HMI. An ActiveX/OCX driver is available to make simple interface to LabView, Excel, VB or other Windows-programs. Up to 254 axis can be connected on the same RS485 bus. Key features: • Industrial Ethernet. 6 Protocols • Very high motor power and torque • Closed-loop operation with current control • Absolute multiturn encoder • Safe Torque Off (STO) input • High resolution 409600 cnt/rev. • Speed 0-3000 in 0.01RPM steps • Wide supply range 7-72VDC • Protection class up to IP65 • M12 or M23 connectors (M12 standard. M23 optional) Industrial Ethernet: Profinet, EtherCAT, Powerlink, EtherNet/IP, Modbus TCP or SERCOS III are available and for EtherCAT and SERCOS III synchronization and drive profiles are available. MACtalk can use Ethernet for commissioning the motor so no need for RS232/RS485 converter or additional cables. The motor has the ability to be upgraded with other protocols or newer versions of the same protocol at any time. Because of the upgradeability, the JVL Industrial Ethernet module is also ‘future proof' as newer versions of the protocols will always fit into the design.

The new motor family, ServoStep, uses the newest technology and the advancement of the previous designs, incorporating customers’ feedback. The family has the widest pallet of options in the market and will thus fit into all possible customer applications. Key features:First of all, integrated motors mean you get an all-in-one solution. In one unit you get motor, drive electronics, encoder, motion controller and an easily programmed embedded PLC with 8 I/O points onboard. The motors can operate as stand-alone units or be controlled from a master PLC or PC. The 8 I/O points can be individually configured as digital inputs, digital outputs or analog inputs. Even without options the new ServoStep motors offer some very strong features like closed-loop operation, torque control, ultra-high resolution of 409600 step/revolution resulting in unsurpassed smoothness and silent running plus a wide speed range from 0-3000 RPM with an extreme resolution of just 0.01 RPM.Power supply goes from 7 to 72 Volt DC and there are 4 pcs M12 industrial connectors for supply, signals and communications. Serial RS485 interface is standard on all motors.The family base line consists of high torque motors but if even more is needed JVL offers ultra high torque motors with up to 30% higher torque. There are ten different motors with 0.97 Nm to 3.1 Nm. Popular options include: Absolute multiturn encoders, CANopen, double shaft, hollow shaft, electromechanical brakes (front or rear mounted), better IP protection class up to IP65, special customized connectors and Safe Torque Off (STO) input. Even wireless options exist: Bluetooth, Zigbee and WLAN – ideal for AGVs and other battery supplied applications.  Ready for Industry 4.0 and IIoT (Industrial IoT) All ServoStep motors can be delivered with industrial Ethernet onboard. You can choose among all major protocols: Profinet, EtherNet/IP, EtherCAT, Sercos III, Powerlink and ModbusTCP/UDP.

MIXO Modular: Modular connectors for various connections from power and data to special interfaces in automation technology

Industrial streaming camera for process monitoring, documentation, and error analysis The sensingCam SEC100 is a cost-effective and easy-to-use streaming camera that has been specially developed for industrial use. The camera offers a live stream that makes it possible to monitor critical processes and blind spots. Using the integrated image recording function, the device can create images, e.g. for quality documentation. In the event of unplanned machine stops and sporadic errors, the event recording function supports rapid root cause analysis by recording event videos before and after a trigger signal.

Edge-Device for high-rate high-quality data acquisition and real-time monitoring 8/16-channels for vibration sensors 12 temperature channels 2 RPM channels 4 types of alarms configured via Mechmine's cloud-based monitoring service mmViewer

Unexpected machine break-down quickly leads to medium production losses. Detect roller bearing or gearbox damage, misalignment or imbalance at an early stage before damage and unexpected production downtime occur. The mmBox-mini is suitable for cost-effective 24/7 monitoring of machines with only typ. 2 bearings but using high-resolution vibration data.

Cloud-based machine monitoring service mmViewer for bearings and gears/drives enables - judging the health of bearings and gears of rotating machines by analysing the vibration data in person - monitoring the state of bearings and gears, and detecting trends - automatic and continuous vibration monitoring of bearings and gears - downloading analysis reports, i.e. graphs Useful for OEMs (machine manufacturers), B2B (machine operators), and vibrationexperts who want to increase their efficiency and be able to offer 24/7 monitoring.

The mobile solution argvis; Maintenance Portal enables you to process maintenance jobs in SAP PM with notifications, orders, maintenance / inspections (including checklists) online and offline. The app, which is easy for the technician to use, can also be served as a desktop application and also enables mobile warehouse management in SAP MM. The application includes a dashboard for resource planning and disposition of your technicians, including card integration. Furthermore, an IoT integration for monitoring your systems with real-time information. Third-party systems can also be connected via a generic interface.

These models offer flexible and efficient heat in the workplace. Whether as the easy-to-handle portable floor model or in the mobile version on four solid castors with a parking brake - these infrared heaters are mobile, robust and safe. The portable floor model is characterized by its easy handling and high stability. It is particularly suitable for workplaces where a flexible and immediate heat source is required. Thanks to the two heating levels (1.5 kW and 3 kW), the heat output can be adapted to the respective requirements. The models each have two heating levels (1.5 kW and 3 kW), which enables flexible heat output. Electric short-wave infrared heaters offer numerous advantages that make them the ideal choice for many work environments: *Instant heat: No preheating necessary. The heaters provide pleasant warmth within a few seconds. *Efficiency: Infrared heaters primarily heat the surfaces and not the air. This leads to less energy loss and higher efficiency, especially in rooms with frequently opened doors. *Environmental friendliness: In combination with climate-neutral electricity, CO2-neutral operation can be guaranteed. This is an environmentally friendly alternative to gas-powered heating systems, which often run on hydrogen and have energy losses during production. *Versatility: In addition to heating workplaces, these heaters can also be used for other purposes, such as drying paint, drying materials or dehumidifying rooms. *Mobility: Thanks to their easy transportability and immediate readiness for use at the push of a button, production and work stoppages due to cold can be avoided. Work can continue without interruption.

Repair feedback, inventory management, Measurement data collection ... CareOffice Touch combines the functions, facilitates the work of field personnel and saves time. The system working with Androi or IOS including QR reader and NFC Tag reader.

Mobile maintenance with SAP - paperless, fast and secure Digitalization helps companies to eliminate paper-based processes and drive automation forward. Mobile maintenance with SAP simplifies the day-to-day work of maintenance staff, avoids cumbersome documentation work and supports them with all the necessary information on site. Thanks to the certified SAP interface SAP-PM (Plant Maintenance), the entire maintenance process can be mapped on a mobile basis. In addition, the use of IoT scenarios can lead to increased productivity in maintenance. Why mobile maintenance with SAP? The main task of maintenance is to ensure the highest possible technical availability of machines and systems. This requires smooth processes. The aim here is to eliminate so-called unproductive processes ("star runs") and to give the maintenance technician all the necessary information and access, e.g., to the spare parts warehouse. Not only does this simplify daily work, but it also increases productivity. Advantages of mobile maintenance with SAP Digitalization takes your maintenance to the next level. Benefit from the intuitive and high-performance solution for more efficiency: Fast reaction times: Automation of processes ensures more productivity Paperless process: Easy creation/distribution of orders in real time including avoidance of manual errors Secure: Transaction security in the leading system (SAP-PM, SAP-EAM) including automatic documentation in SAP Thanks to the online/offline mode, users can go about their work from anywhere, even without an active system connection, since every booking is carried out with 100% transaction security.

Modal Amplified™, a camera-based Modal Test and Analysis solution, enables a new shift from the time-consuming sensor mapping, placement, fixation, and animated modeling of typical Modal Testing to instant capture, visualization, and analysis on real-life structures. Modal Amplified leverages simultaneous measurement of the force input with the response measured directly from the camera. Users can not only immediately visualize the resulting modes shapes, but they can place an unlimited number of sensors across the structure through virtual regions of interests. This approach allows users to have Modal results in a matter of minutes, from capture to visualizing the modes shapes, complete with dozens, even hundreds of sensors measured across the structure. ​ Rather than spend hours and days setting up a test site to determine what a structure theoretically could look like and how it might react using Modal Testing, camera-based Modal Amplified sets up in minutes, can be moved anywhere for multiple views, and instantly visualizes the actual real-life structure, significantly improving data capture, workflow, and cost for Modal solution users.

In industrial and building automation projects, connecting different fieldbus devices to a network infrastructure is already a reality. The challenge is to connect different manufacturers with different protocol standards into a comprehensive IP network. Sensors and actuators at the fieldbus level that communicate via Modbus RTU must be integrated into a Modbus TCP network. A so-called Modbus gateway is used to convert the Modbus RTU protocol into a Modbus TCP protocol. This is a Modbus RTU/Modbus TCP gateway that primarily converts Modbus RTU protocols into Modbus TCP protocols (or vice versa). The METZ CONNECT Modbus Gateway MR-GW helps to integrate Modbus RTU devices into a Modbus TCP network and offers a very simple and cost-effective communication option for Modbus TCP clients with one or more Modbus RTU slaves. The MR-GW guides the user through the configuration of the device in no time at all via an intuitive menu navigation system. Thanks to its modern and user-friendly responsive design, the device can be conveniently parameterised via a smartphone, tablet or laptop.