Exhibitor innovations

The Sarissa Local Positioning System, or LPS for short, combines sophisticated ultrasonic technology, easy-to-use application software and a powerful, open interface architecture. The LPS delivers maximum precision and versatility and can be used both as a powerful, flexible assistance system and as a precise 3D coordinate supplier for automation technology.

ultra-low-cost linear motor stages - starting at 300€ / pcs

The M.2000-SWM-LD handle is an ideal combination of ergonomics, functionality, and compactness. In addition to the handle function, it integrates in a single product the function of signalling light column and control box with normally open or normally closed contacts. These handles are typically assembled on machine doors or protections. With the appropriate electrical connection, it is possible to configure the colour of the LED strip to indicate the status of the guard (IEC 60204-1). Example: red: immediate action required to address a hazardous situation green: normal operational conditions yellow: wait, machinery shutting down or in a transitional phase blue: operator has made operation request (example: pressing key) By pressing the button, the operator may request access, through external logic, to the protected area or reactive the machinery following an interruption. Staff protection: the action NC (normally closed) switch ensures correct interruption of the circuit. CE Declaration of Conformity The object of the above declaration described above is in conformity with the relevant European Union harmonisation legislation: 2014/35/EU Low-voltage directive 2014/30/EU (EMC) Electromagnetic Compatibility Directive 2011/65/EU (RoHS) Restriction of the use of certain hazardous substances in electrical and electronic equipment Harmonised standards and references to other technical specifications used in relation to which conformity is declared: EN 60947-5-1:2017

The Digital Proximity Systems (DPS) devices are used for early detection and warning of machine problems as a prerequisite for downstream diagnostics and preventive maintenance. The eddy current probes of the MX8030 and MX2030 series are characterized by their outstanding precision in signal generation and their robust design for long-term use. With the help of the MX2034 transmitter (4..20mA) and the MX2033 probe driver (3-wire), the probe signal is continuously evaluated and a configurable output signal is generated for machine control. The devices are used in new plants as well as in service and retrofit applications. They are particularly suitable as 1:1 replacements for devices from other manufacturers and are designed for special applications.

The compact 80 GHz Micropilot FMR10B, FMR20B and FMR30B radar sensors simplify your level measurement and increase your process efficiency. Guided setup sequences (called “wizards”) enable easy commissioning in less than three minutes. The device can be easily operated either via a remote access through smartphone or tablet or by using the color touch display. Heartbeat Technology reduces interruptions and increases productivity.

With our integrated path planning, we can control all common robot types in the industrial environment. Even in the collaborative field, we have already integrated many robots that get eyes through us. No matter which robot, programming is a thing of the past with Mikado. Due to the graphical user interface, all bin picking processes can be easily parameterized in Mikado.

Mini DC load switches for photovoltaics "LSA" are equipped with 2 or 4 switchable, individual contacts. The switching capacity can be increased accordingly by connecting the contacts in series and parallel. - DC21B (DC-PV1) at 1500V max. 45A - Space-saving designs - Available for front mounting, central mounting, floor mounting, row construction and in a plastic boxes - Program supplement to the "LS" DC load-break switch series

A shortage of skilled workers, monotonous tasks, weekend shifts and a lack of flexibility in production are increasingly forcing companies to make compromises that have a negative impact on quality, efficiency and growth. Overtime to compensate for staff shortages has now become a permanent solution and it is difficult to find new skilled workers. Here is where a cost-efficient and easily integrated process automation system offers a sustainable solution – for small and medium-sized companies as well as for large factories. Take advantage of the potential of extra shifts without personnel, increase your production capacity and take the pressure off your employees where it counts. This allows you to improve productivity, quality and flexibility – without expanding your floor space. ZiMo is the solution for cost-effective and straightforward process automation for everyone, from small businesses to large companies – ZiMo is the solution. The Zimmer Group's flexible robot cell allows for mobile and easy commissioning, with impressively quick integration into your processes. Whether machine loading and unloading, pick & place tasks or quality assurance – ZiMo supports you exactly where you need a helping hand. You have free choice of a wide variety of accessories and receive the package tailored to your needs. Get in touch with us, we would be happy to advise you!

The flexible UMG 800 energy analyzer is ideal for output and main measurements. Various modules can be added to the basic device – in line with the demands of the application. You can easily adapt the UMG 800 energy analyzer to handle new requirements and regulations, as well as add additional functions and measurement inputs at any time with minimal effort. The compact UMG 800 includes 2 sub-units. Additional compact modules can be purchased and easily integrated into any switchboard cabinet. The intuitive plug-and-play system speeds up installation whilst making it simpler. This can reduce installation costs. The UMG 800 can be seamlessly integrated into existing and higher-order systems thanks to numerous interfaces and protocols, allowing for efficient data transmission in real time. It also has an internal data memory for data handling.

moneo IIoT platform Start small, validate value, scale with confidence You don’t need a full system overhaul to get results. Using our machine health monitoring, you can detect early signs of wear and prevent unexpected failures. With real-time sensor data analysis, you gain clear insights into equipment performance, helping you act before issues escalate. And with our equipment preventive maintenance software, you can schedule interventions proactively, avoiding costly downtime. Prevent unplanned downtime Unplanned stops such as sudden downtimes and planned interruptions such as machine set-up times or process changes can have a significant impact on productivity. Thanks to the combination of sensors, network technology and moneo real-time maintenance technology, you can increase the availability of your machines. At the same time, you ensure a smooth production process and minimise material losses. This keeps your production efficient and reliable - at all times. Ensure process quality through smart monitoring Quality losses such as product defects and increased rejects are a thing of the past. With moneo, the IIoT platform for smart process monitoring, you can detect deviations in your manufacturing processes at an early stage and correct them in real time. moneo logs your process data, visualises trends clearly and warns you reliably in case of irregularities. This allows you to maintain control and ensure consistently high quality. Optimise energy consumption ifm develops customised energy monitoring solutions for you - tailored to your requirements. This will not only help you drive forward the digitalisation of your company, but also discover new potential for saving energy and significantly reducing costs.

Future-proof control cabinet cooling With R290, the required amount of refrigerant is reduced by up to 75%. Even at high ambient temperatures, R290 delivers full cooling power. The inverter continuously regulates the speed of the compressor and fan, thus optimally adapting the cooling capacity to the demand. The low GWP of R290 (0.02) significantly reduces the climate impact of each individual chiller. A housing that is approximately 30% smaller saves space, reduces CO₂ emissions during transport, and minimizes vibrations. Technical specifications: - Nominal power: 1 to 2.5 kW - Cooling capacity range: 300 - 1,100 W, 500 - 1,800 W and 600 - 2,700 W - Refrigerant: R290 according to IEC/UL60335-2-40, F-gas compliant, no PFAS ban - Efficiency: EER up to 3.6 in the largest version - Voltage: 120 - 230 VAC or 360 - 480 VAC 2-phase - Housing: Powder-coated sheet steel RAL7035 or stainless steel V2A - Wall mounting, recessed or semi-recessed installation with the same unit - Operating temperature: 10°C to 60°C - Approvals: CE, UKCA, cURus, cULus

The OPTA PLR range is expanded with three new expansion modules that further enhance the PLR’s potential. OPTA broadens its range of applications thanks to these newly available expansion modules. The OPTA PLR was developed through a collaboration between Finder and Arduino Pro, resulting in a product at a completely new technological level with a wide variety of applications. The expansion modules enable the addition of inputs and/or outputs in various automation projects. With a maximum of five modules for all OPTA versions (Lite, Plus, Advanced), the number of inputs can be significantly increased (up to 80 inputs for the digital version and 30 inputs for the analog version*) and outputs (up to 40 for the digital version and 30 for the analog version*). Currently, the range includes two digital expansion modules: DIGITAL EMR EXPANSION MODULE TYPE 8A.58.9.024.1600 16 digital/analog inputs (0…10 V) 8 EMR outputs, 6 A Rated voltage 12…24 V DC DIGITAL SSR EXPANSION MODULE TYPE 8A.88.9.024.1600 16 digital/analog inputs (0…10 V) 8 SSR outputs, 3 A Rated voltage 12…24 V DC The analog expansion module features: ANALOG EXPANSION MODULE TYPE 8A.26.9.024.0600 6 analog inputs 0…10 V, 4…20 mA, PT100/1000 2 analog outputs 0…10 V, 4…20 mA 4 PWM outputs Rated voltage 12…24 V DC All expansion modules are connected via an internal interface, allowing different combinations to be implemented and offering a unique and unmatched level of project customization.

OVR4 Series – 4-axis robots – Palletisers The OVR Series includes compact 4-, 5-, and 6-axis articulated robots. The 4-axis model delivers stable, precise horizontal transport with streamlined control via the MRC robot controller and AZ Series drivers. Key Features • 4-axis articulated arm with parallel link mechanism, maintaining a level end-effector—ideal for smooth horizontal motion • Horizontal reach options: 480 mm, 680 mm, or 880 mm, supporting up to 5 kg payloads, with optional arm length customization (580 mm, 780 mm) • Vertical reach: up to 900 mm • Repeatability: ±0.05 mm • AZ-Series hybrid stepper motors on all axes with built-in, battery-free absolute encoders—no external sensors, simplified wiring • Compact, lightweight aluminum construction: base weight starts at approx. 16.5 kg • User-friendly control and programming powered by MRC01 controller and MRC Studio software—no advanced robotics knowledge required • Maintenance-friendly: replaceable motors enable low-cost upkeep and customizable setups Common Features Compact, accurate, and versatile—OVR robots are an excellent fit for modular, reliable, and easy-to-use automation solutions.

The P1PC series expands the portfolio as an economical alternative to the P3 series. The P1PC laser distance sensors triangulation cover a wide range of requirements and enable precise adaptation to different application areas. Stable measurement quality with reproducible results ensures process reliability. This makes the triangulation sensors an efficient solution for managing measurement tasks with optimized use of resources.