Exhibitor products

Effortlessly Achieve Enhanced Uptime and Safety in Your Machines Ratings: 230 VAC from 50 W to 1.5 kW, 400 VAC from 400 W to 15 kW - EtherCAT Communications Cycle of 125 μs - Integrated Safety (STO, SS1, SLS) over EtherCAT (FSoE) - Fast and secure screw-less push-in in all connectors - Pluggable connectors for easy pre-wiring and system maintenance - Battery-less Absolute encoder, 23-bit resolution - Direct wiring of I/O signals - Improved loop control for overshoot and quick setting time - Safety function built-in: FSoE Network STO, SS1 and SLS: EN ISO 13849-1 (PLd), EN 61508 (SIL2), EN 62061 (SIL2), EN 61800-5-2 Hardwired STO: EN ISO 13849-1 (PLe), EN 61508 (SIL3), EN 62061 (SIL3), EN 61800-5-2

Higher Productivity and Safer Environment Ratings: 230 VAC from 200 W to 1.5 kW, 400 VAC from 1 kW to 3 kW - Integrated Safety over EtherCAT (FSoE) - All safety functions conform to maximum safety performance level PLe (SIL-3) - Safety functions over Network (STO, SS1, SS2, SOS, SLS, SLP, SDI, SBC) - Safety functions Hardwired (STO) - Fast and secure screw-less push-in in all connectors - Pluggable connectors for easy pre-wiring and system maintenance - One cable connection to the motor - Part of Sysmac family, fully integrated in Sysmac Studio

With the battery solution, transport trolleys, assembly tables, side tables or similar items can be moved flexibly from A to B and can be adjusted in height. The 24 V control is operated by an exchangeable battery. The battery can be mounted under the table with a holder. When the battery is empty, it can be recharged in the battery charging station. The charging time is 6 h.

2D/3D profile sensors measure objects 360° all the way around, precisely control the positions of robots and inspect surfaces with micrometer accuracy. They use the principle of laser triangulation to create 2D height profiles and 3D point clouds. Various interfaces guarantee quick integration of the weCat3D sensors into complex systems. Various model variants offer precise resolution in a compact housing design and unbeatable profile quality thanks to optimized high-quality optics. Variants for specific applications enable use in harsh welding environments, precision bending machines or washdown areas.

The OnRobot 2FGP20 electric gripper offers a wide stroke and customizable arms to easily handle heavy or open boxes, shelf-ready products, and other containers such as Euro containers (plastic KLT bins) that can’t be handled with traditional vacuum grippers. Like all OnRobot electric grippers, the 2FGP20 provides fast, out-of-the-box deployment with intuitive programming. An integrated vacuum gripper places slip sheets without changing the gripper or requiring another handling method. The 2FGP20 gripper has a versatile payload of 20kg, making it ideal for handling food boxes or pouches and tetra-packed items, as well as fast-moving consumer goods such as toiletries, cosmetics, and pharmaceutical products.

The Power to be More Kollmorgen introduces the next generation of motion for more ambitious machines built on more capable performance and more confident engineering. The Kollmorgen 2G Motion System harnesses the full performance potential of our leading AKM2G servo motors and perfectly matched AKD2G drives designed to deliver unrivaled power density and control. The result is significantly enhanced torque, responsiveness and SafeMotion capabilities in a compact footprint that enables easy installation and total flexibility. For existing machines, the Kollmorgen 2G Motion System is the simple, cost-effective upgrade path for maximum power and performance. For new designs, it’s a game-changer. Unprecedented performance simplifies design and deployment of lighter, more compact, more efficient and effective machines.

Gain valuable insights into the health of your machinery with the new VVB3 condition monitoring sensor. The VVB3 sensor continuously detects vibration in three axes and additionally measures the surface temperature of non-rotating components. From these values, the smart sensor determines the machine’s “vitals”. With its wide frequency range of 5,600 Hz, the sensor can detect anomalies, wear, bearing damage, insufficient lubrication or cavitation reliably and early. This allows you to react before any serious damage and increased follow-up costs can occur. With VVB3, you invest in regular check-ups to keep your equipment running smoothly and ensure there are no underlying problems. Are you ready to unlock the power of predictive maintenance and monitor the fitness of your machinery?

3D PRINTING FOR COMPACT COMPLETE DRIVES 3D-printed parts are being successfully used in an increasing number of applications. GERDT SEEFRID GmbH is now using this highly flexible manufacturing method in series production to adapt electronic components to its DC/BLDC motors. This enables cost-effective solutions, particularly for customized solutions in small to medium quantities. For example, optical encoders can be mounted precisely and quickly on the motors or, as in a current project, a motor controller can be mounted and pre-wired directly on the back of a motor's gearbox. The housing and adapters are developed specifically for the project, are easy to assemble, and can also be adapted to other in-house motors with minor modifications. The customer thus receives a fully prepared drive "out of the box" and, after mechanically assembling the motor, only needs to attach the wiring. The drive system is then immediately ready for use.

• Calibrator with 8 ppm accuracy: Model 3010 • Calibrator with 25 ppm accuracy: Model 3041 • Calibrator with 50 ppm accuracy: Model 3050 • AC/DC voltage up to 1000 V • AC/DC current up to 30 A (Models 3010/3041) • 2- & 4-wire resistance up to 1 GΩ • Capacitance up to 10 mF • Frequency up to 10 MHz • RS232 interface standard (USB/IEEE488 options) • Options/Accessories: Oscilloscope calibration up to 600 MHz, power calibration adapter • Temperature adapter, current clamp adapter, pressure sensor adapter • PC software ProCal 3 + ProCal-Track 3 for automatic calibration and management • Alternatively: Subroutines for integration into MET/CAL®

AI-supported, software-defined Error pattern recognition The future of quality inspection. Rigid rules or pure anomaly detection are no longer sufficient for quality control in modern production environments. Products are becoming more diverse, defect patterns more complex and production conditions are constantly changing. This is where deep learning comes in - to give your company a decisive competitive advantage.

3D sensors perform three-dimensional completeness, dimensional accuracy and surface checks. They enable the control of robots, for example in depalletization or bin picking applications. The camera-based 3D sensors work in accordance with the structured light principle. They project several light patterns onto the components to be detected; a camera in the sensor records these light patterns and digitizes the components into a 3D point cloud. The method allows you to create complete 3D point clouds of stationary objects in a single shot. The extremely fast calculation of the point cloud takes place directly in the sensor. Software development kits (SDK) or standardized interfaces such as GigE Vision are used for easy integration. The different models are equipped with a high-resolution camera with a resolution of 5 or 12 MP. Six selectable measuring ranges and extensive accessories ensure perfect integration into industrial systems – both in factory automation and intralogistics.

In collaboration with our partner Protiq, we enable you to use the complete spectrum of additive manufacturing. Many plastic and metal materials such as PA, PP, TPU, copper, and steel are processed using common printing technologies – in the best industrial quality for professional needs! The methods: - Laser Melting (Metal) - Selective Laser Sintering (Plastic) - Stereolithography (Plastic) - PolyJet/MultiJet Modeling - Ceramic 3D Printing *Offer valid in Germany only. Please feel free to contact us if required.