Exhibitor innovations

OVR3 SCARA Series – Flat and Flexible 3-Axis Transport Robots The OVR3 Series includes compact 3-axis SCARA robots, perfect for applications in confined spaces. Models with full 360° range of motion for axis 1 and extended reach open up even more flexible application possibilities. Variants in Detail 1. Standard SCARA Low-profile design, approx. 140 mm height, weight around 7.6 kg Reach up to 410 mm, payload up to 3 kg Repeatability: ±0.03 mm Drives all axes using AZ hybrid steppers with built-in, battery-free absolute encoder 2. Full 360° SCARA Axis 1: unrestricted rotation, Axis 2: ±170° Greater motion flexibility for complex paths in tight environments Versions: 460 mm reach with 10 kg payload, or 700 mm reach with 3 kg payload General dust protection (not IP-rated) Common Strengths All OVR3 SCARA variants share these benefits: Compact footprint with high precision Simple programming via MRC01 controller and free MRC Studio software Ideal for pick & place, assembly, inspection, and tight-cell automation

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.

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.

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 OVR6 Series is a compact 6-axis articulated robot designed for precise handling, assembly, and pick-and-place applications. Compared to 5-axis systems, the additional axis enables more complex motion sequences and greater flexibility in tool orientation. Combined with integrated AZ Series step-servo technology, the OVR6 Series is particularly suitable for modern, space-saving automation solutions. Key Features • 6-axis articulated robot with high motion flexibility and versatile tool orientation • Suitable for pick-and-place, assembly, feeding, and handling applications • Compact mechanical design with small installation footprint • High repeatability for precise positioning tasks • Powered by AZ Series step-servo motors with built-in battery-free absolute encoder • No external sensors or homing procedures required • 24 VDC operation for easy machine integration • Supports complex motion profiles through additional rotational axis • Can be combined with electric linear slides to extend the working range • Controlled via MRC robot controller and MRC Studio software • Easy programming and intuitive commissioning • Supports point-to-point, linear interpolation, and circular motion control • Compatible with electric grippers and various end effectors • Simulation and AR tools available for simplified system planning Summary Compact design, high flexibility, easy integration, and precise motion control for modern robotic and automation applications.

The OVR6 Series is a compact 6-axis articulated robot designed for precise handling, assembly, and pick-and-place applications. Compared to 5-axis systems, the additional axis enables more complex motion sequences and greater flexibility in tool orientation. Combined with integrated AZ Series step-servo technology, the OVR6 Series is particularly suitable for modern, space-saving automation solutions. Key Features • 6-axis articulated robot with high motion flexibility and versatile tool orientation • Suitable for pick-and-place, assembly, feeding, and handling applications • Compact mechanical design with small installation footprint • High repeatability for precise positioning tasks • Powered by AZ Series step-servo motors with built-in battery-free absolute encoder • No external sensors or homing procedures required • 24 VDC operation for easy machine integration • Supports complex motion profiles through additional rotational axis • Can be combined with electric linear slides to extend the working range • Controlled via MRC robot controller and MRC Studio software • Easy programming and intuitive commissioning • Supports point-to-point, linear interpolation, and circular motion control • Compatible with electric grippers and various end effectors • Simulation and AR tools available for simplified system planning Summary Compact design, high flexibility, easy integration, and precise motion control for modern robotic and automation applications.

Leading innovation for palletizing applications: the P SERIES! With a payload of 30 kg and a working radius of 2,030 mm, existing limits are exceeded with top-notch specifications.

The pressure sensors of the brand new P.Touch series enable reliable measurement of process pressures in industrial environments. The innovative operating concept with a lengthwise installed touch screen and a virtual scroll wheel raises industrial sensors for the first time to a completely new level in terms of simplicity and intuition in operation. The multitude of possibilities that this opens up give the Industry 4.0 claim of the new P.Touch series a new dimension. On the one hand, the TFT display with 160x80 pixels enables the plain text display of the menu items and, if required, a lot of additional information on a single screen. On the other hand, the operation by touch screen ensures an intuitive and simple operating concept. The stainless steel housing and the geometrically protected glass display result in a minimalistic, aesthetically pleasing and extremely compact & robust design. The absence of mechanical operating elements ensures a high degree of wear resistance. This patent-pending design makes it possible to achieve this compactness in a pressure sensor with display. The lengthwise arranged display and the electrical M12 connection "in line" allow installation in the tightest of spaces. The key features of the P.Touch series at a glance: - Various pressure ranges between 0...600 bar - TFT touch display for pressure indication and switching point adjustment - Quick change of switching points by the virtual scroll wheel - Configurable outputs (digital or analog) and process value transmission via IO-Link - Display / housing can be rotated by 350° after mounting the process connection - Convenient parameterization via IO-Link using PC or IO-Link master The P.Touch series is ideally suited for almost any application, for example, for controlling the pressure in hydraulic systems, monitoring the coolant supply or process pressure measurement on injection molding machines.

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.

Panther PLd: The industrial remote control you can rely on The possibilities are endless Meet the Panther PLd: Tele Radio’s top-tier radio-controlled remote system that comes with an attractive price tag. The Panther PLd series features two industrial remote controls – the T19-2 and T29-12 – each with a wireless range of up to 500 meters, depending on the environment. The T19-2 comes with eight buttons and the T29-12 with twelve, facilitating highly accurate control. Each button has three positions: off, half, and full. As such, you can assign up to 24 different functions. In addition, the transmitters provide a “layer selection” option, allowing you to expand the number of functions to 4 x 24. Thanks to its extensive programming options, the Panther Pld wireless remote control is fully customizable to your wishes, making it the ideal choice for anyone looking for a flexible yet affordable remote-control system. Thanks to their versatile nature, our remote controls are used for equipment such as – but not limited to – fog cannons, concrete mixers, hydraulic ramps, and mobile lighting installations on construction sites. In addition, they are ideal for use in cabs of (articulated angle) cranes and excavators to control attached components. The Panther PLd T19-2 and T29-12 are also used for doors & gates, barriers, conveyors, gantry cranes, electric overhead cranes, electric hoists, tower cranes, winches, tow trucks, rescue vehicles, vacuum trucks, dredgers, mining excavators, drainage machines, trailers, harvesters, silage covers, and debris crushers.

PBS is an innovative software that allows you to create structured bundling from an EPLAN wire list with minimal effort (2 clicks) to bundle wire sets. This optimizes and simplifies the manufacturing of the control cabinet and frees up resources.

PDF 2 CAD transforms static PDFs into CAD-ready schematics in minutes. No more redrawing: open converted pages directly in for example EPLAN and keep working right away. Intelligent recognition reconstructs the essentials and adapts to your libraries and standards keeping rework to a minimum. Accelerate retrofits, migrations, and tenders while reducing errors.

Peakboard BYOD (Bring Your Own Device) is a real game changer for anyone who works with Peakboard - or would like to do so in the future. For the first time, it is possible to utilise the full power of the Peakboard solution on your own hardware - flexibly, scalably and without any restrictions. Peakboard BYOD thus breaks with the previous paradigm that every visualisation has to run on a dedicated Peakboard box. Instead, companies can use their existing infrastructure - whether industrial PCs, virtual machines or panel PCs directly on the machine - and run the same dashboards there as on a box. This means maximum freedom: anyone already using their own hardware setup or relying on virtualisation saves additional investment in hardware. At the same time, everything that characterises Peakboard is retained: Real-time visualisation, interactivity, low-code dashboard design, flexible data connection and robust, decentralised operation. BYOD is not just an alternative to the Peakboard Box - it is the perfect complement for larger rollouts, for projects with special hardware requirements or for companies that prefer centralised management and automated deployment. Any customer who wants to drive forward their digitalisation quickly, flexibly and efficiently should consider Peakboard BYOD. It lowers the barrier to entry and increases scalability - with full control and proven Peakboard quality. It is the next logical step in the evolution of Peakboard - and the fastest way to take shopfloor digitalisation to the next level.

Peakboard BYOD (Bring Your Own Device) is a real game changer for anyone who works with Peakboard - or would like to do so in the future. For the first time, it is possible to utilise the full power of the Peakboard solution on your own hardware - flexibly, scalably and without any restrictions. Peakboard BYOD thus breaks with the previous paradigm that every visualisation has to run on a dedicated Peakboard box. Instead, companies can use their existing infrastructure - whether industrial PCs, virtual machines or panel PCs directly on the machine - and run the same dashboards there as on a box. This means maximum freedom: anyone already using their own hardware setup or relying on virtualisation saves additional investment in hardware. At the same time, everything that characterises Peakboard is retained: Real-time visualisation, interactivity, low-code dashboard design, flexible data connection and robust, decentralised operation. BYOD is not just an alternative to the Peakboard Box - it is the perfect complement for larger rollouts, for projects with special hardware requirements or for companies that prefer centralised management and automated deployment. Any customer who wants to drive forward their digitalisation quickly, flexibly and efficiently should consider Peakboard BYOD. It lowers the barrier to entry and increases scalability - with full control and proven Peakboard quality. It is the next logical step in the evolution of Peakboard - and the fastest way to take shopfloor digitalisation to the next level.