Exhibitor products

With the Visual Components OLP Suite, industrial robots are programmed offline, directly on a PC and based on your 3D CAD data. Robot programs are created, simulated, and optimized virtually without interrupting ongoing production and are then transferred to the physical robot. This reduces programming effort, minimizes downtime, and increases manufacturing flexibility, independent of robot manufacturer and application. Your Benefits with Visual Components OLP: - Up to 80% shorter programming time (application‑dependent) - No production interruption during programming - Simulation and collision checking prior to commissioning - Up to 10× faster program creation through automated functions - Reusable programs for product variants and changeovers - Low training effort thanks to a unified user interface for multiple robot brands and processes Functions and Capabilities: - Import of 3D CAD data - Support for more than 40 robot controllers - 18 postprocessors for manufacturer‑specific robot programs - One‑click programming for selected applications - Automatic path and motion optimization - Realistic, time‑based simulation including reach and collision checking Typical Applications: - Technology‑based processes - Welding (e.g. spot and arc welding) - Machining (milling, deburring, grinding) - Painting and coating - Fixtureless assembly - Part handling and assembly operations Typical Use Cases: - Virtual commissioning of new robot cells - Product changeovers and high product variability - Lot size 1 and highly flexible manufacturing - Coordination of multiple robots - Integration of additional automation equipment Target Groups: - Robot programmers - Manufacturing and automation engineers - Production managers - Robotics and automation managers - System integrators and machine builders

The three-piece designed couplings, most likely known as Oldham couplings, are well suited for beeing used in small servo drives and wherever radial shaft misalignment needs to be compensated. Shaft diameter: 3 – 25mm Torque range: 0.9 – 20Nm

OMRON mobile robots are autonomous mobile robots (AMRs) designed to dramatically increase productivity in manufacturing and logistics operations. OMRON mobile robots increase throughput, eliminate errors, improve material traceability, and allow employees to focus on tasks that require complex human skills. What’s more, unlike traditional AGVs, our mobile robots navigate by the natural features of the facility and require no expensive facility modification.

Enhanced efficiency in material transfer with medium-duty payloads and integrated control technology OMRON's existing lineup of mobile robots ranges from 60 to 1500 kg, and the MD-650 and MD-900 provide a new mid-weight range option (650 kg / 900 kg). Their unique control technology enables safe and smooth transport that can be easily implemented at production sites where people and machines work in the same area. The unique OMRON Fleet Manager software enables integrated control of up to 100 mobile robots on a single system, eliminates the need for multiple fleet management systems, and automatically selects the optimal mobile robot for each process based on payload and availability. The new system operates smoothly even in narrow aisles thanks to its maximum speed of 2.2 m/sec in case of MD-650 and 1.8m/sec in MD-900, advanced navigation functions, and obstacle avoidance algorithms. In addition, the introduction of advanced battery and charging technology enables 8 hours of operation on a 30-minute charge for MD-650, and 7.5 hours in case of MD-900. A single system can provide integrated transfer routes for up to 100 mobile robots with different payloads and control the transfer sequence in real time. The advanced linkage within a single system enables the real-time routing, even for inter-process transfers at different production speeds, to achieve efficient transfers with minimal retention. The MD-series is designed for compliance with ISO 3691-4 (enacted in 2020), the latest safety standard for driverless industrial trucks and their systems. OMRON will continue to develop safe and high-quality mobile robots and proprietary software control to help reduce the burden of material transport in diverse industries. OMRON’s goal is to create automation solutions that maximize the value of people and contribute to a prosperous future for individuals, industries, and the environment.

This new line of collaborative robots are safer, simpler to program, and easier to integrate with other equipment, representing a big step toward creating an intelligent manufacturing environment where humans and machines work in harmony. In any manufacturing environment today, the key emphasis is on how you can safely harness the power and precision of robots along with the problem-solving ability of humans to achieve greater productivity. Designed to work with both humans and machines, the OMRON TM Collaborative Robot lets you attain better efficiency with its wide range of industrial applications while ensuring workplace safety.

With a payload capacity of 25 kg and an impressive 1900 mm reach, the OMRON TM25S is a perfect solution for palletizing, mobile manipulation, and even welding applications. Its compact design and low weight of just over 80 kg make it easy to integrate into existing workflows, whether for end-of-line material handling or advanced machine tending. The available DC power option allows for seamless mobile robot integration without the need for a secondary power source. Key advantages of the TM25S include its built-in optional vision system, which simplifies tasks such as package identification and part inspection. Additionally, its enhanced joint covers offer protection against harsh environments, making it suitable for a wide range of industrial applications. Like all OMRON cobots, the TM25S is designed for collaboration, with no need for a safety zone, ensuring smooth and safe operation alongside human workers. Its space-efficient design maximizes workspace while offering flexible, high-performance automation. The OMRON TM25S is certified to the highest industry standards, including ISO and UL safety certifications, ensuring reliable and safe operation across a range of industries.

Do you exchange data via USB storage media? Do external partners bring data on USB flash drives for maintenance purposes to your company? ondeso DC offers the opportunity to limit the resulting risks. The ondeso DC test process includes the following points: - Data Lock - Permission - Checking & Control ondeso DC installs a data lock for USB storage media and checks these according to your specifications – before they are used in your company. You can grant clearance for certain devices after a successful check by virus scanners and further checks for content. This ensures that USB flash drives can only be used on devices for which they have clearance, and that there will be no changes of the data content between check procedure and usage on the end device. Additionally, the usage of the respective storage medium is logged and evaluated; therefore in case of an emergency, you can react quickly and concisely.

ondeso SR allows you to manage infrastructure in a production environment without any effort and to establish sustainable system maintenance. ondeso SR consists of the following functions: - Infrastructure Analysis - Data Backup & Recovery - Software & Update Distribution - Client Status & Security - Automation of tasks and processes - Knowledge Base & Reporting Our products and services range from versatile tool box for your production environment to individual advisory services and support during implementation of your projects. You will benefit from our many years of experience and from our ambition to always achieve the best possible solution for our clients.

Board-to-board distances from 8 mm up to 20.00 mm can be achieved using One27 connectors from ept. The One27® range offers a high level of flexibility and at the same time reliable connectors for a number of board-to-board applications. The product family is based on a pitch of 1.27 mm, offers both straight and angled types as well as connections with ribbon cable, and is available in pin counts from 12 to 80 pins. The connectors are compatible with currently available products and their performance in tests has been excellent.

Anyone who uses planetary gearboxes from Neugart can now access relevant digital product information even more easily: A new online service links the physical product directly to the documents and digital functions available for it. The link between the physical gearbox and the digital world is established via a data matrix code (DMC), a 2D code on the gearbox nameplate. This can be scanned via smartphone or tablet, for example. Alternatively, access is possible via a web portal on the Neugart homepage (www.neugart.com). This identification, which is as smart as it is reliable, leads immediately and around the clock to the relevant product information and other functions. The user then receives, for example, a clear list of all the versions of the gearbox in question or can download the appropriate operating and mounting instructions. If customers require a technical adjustment or wish to submit a complaint, they can contact Neugart customer service directly via the connected service request. Furthermore, if a Neugart gearbox shows signs of wear after years of use, an identical replacement gearbox (including express delivery) can be requested conveniently and with just a few clicks via the online service. Currently, Neugart is converting the newly produced gearboxes to a new nameplate layout with integrated DMC. The online service is starting with the essential functions in the after-sales area and will be successively expanded. For instance, in addition to further product-specific information and documents, new functions are also planned.

Quickly and easily add vision to robotic applications with one-picture calibration, fast programming and seamless gripper integration Affordable, efficient 2.5D vision offers depth perception for varying heights or stacked objects Flexible, adaptable vision system with on-robot or external mounting is ideal for almost any collaborative application Easily sort, pick and place unstructured applications with high reliability using any robot arm One-shot detection for multiple objects minimizes cycle time Inspect objects using color and contour detection—with or without a robot, and ensure consistent quality Automatic landmark enables dynamic working environments and mobile robot setups