Exhibitor innovations

Üblicherweise werden SD-Karten in unkritischen Umgebungen, als Speicherkarte z.B. in Mobiltelefonen, Tablets sowie in Digitalkameras verwendet. Es gibt jedoch auch Anwendungen, besonders in rauhen Umgebungen, die wasser- und staubdichte Gehäuse zum Schutz der Elektronik vorsehen. Ein Speicherkartenwechsel setzt dabei in den meisten Fällen das Öffnen des Gehäuses voraus. Dabei ist die Elektronik, wenn auch nur kurzzeitig den Witterungsbedingungen ausgesetzt.

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.

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.

Servoflex SFU – Innovative Disc Pack Coupling for Precision and Flexibility The Servoflex SFU sets new standards in drive technology: it combines maximum precision, flexibility, and easy installation in a single disc pack coupling. As an innovative product, it is available in two versions – the SFU SS for compact, high-dynamic applications, and the SFU DS for complex misalignment compensation at higher torques. Innovative Features SFU SS – Compact Precision: o Separable, modular design for quick and easy installation o Rated torque range 100–1,000 Nm o High speeds up to 18,000 rpm o Backlash-free and torsionally stiff for accurate motion transmission SFU DS – Flexibility under High Loads: o Double-cardanic design compensates axial, parallel, and angular misalignments o Rated torque range 100–1,000 Nm o High speeds up to 14,000 rpm o High precision and torsional stiffness o Easy installation thanks to separable design Applications: Ideal for servo drives, robotics, handling automation, machine tools, and complex drive systems where highest precision, dynamics, and flexibility are required.

Mini-inline - Laser protection nose for integrable laser markers Simplify your laser marking machine integration with our Mini-inline: this laser safety concept protects the laser beam and facilitates particle extraction while freeing you from the costs and constraints of a class 1 laser enclosure. - SAFE No need for a bulky class 1 laser housing, the Mini-inline isolates the laser beam while the safety sensors make sure the part and Mini-inline are present: maximum laser engraver safety for the operator and his work environment. - COMPACT Thanks to its size, the Mini-inline is easily added to your existing production line. It allows the integration of our industrial laser marking system in very narrow areas, to engrave the necessary information on a wide range of parts. - COST-EFFECTIVE This accessory has the advantage of being cheaper than a class 1 laser protection housing: lower purchase price, and no pre-study cost for the final installation. In addition of the time saved installing the Mini-inline on the laser marker.

Mini-inline - Laser protection nose for integrable laser markers Simplify your laser marking machine integration with our Mini-inline: this laser safety concept protects the laser beam and facilitates particle extraction while freeing you from the costs and constraints of a class 1 laser enclosure. - SAFE No need for a bulky class 1 laser housing, the Mini-inline isolates the laser beam while the safety sensors make sure the part and Mini-inline are present: maximum laser engraver safety for the operator and his work environment. - COMPACT Thanks to its size, the Mini-inline is easily added to your existing production line. It allows the integration of our industrial laser marking system in very narrow areas, to engrave the necessary information on a wide range of parts. - COST-EFFECTIVE This accessory has the advantage of being cheaper than a class 1 laser protection housing: lower purchase price, and no pre-study cost for the final installation. In addition of the time saved installing the Mini-inline on the laser marker.

The Mitsubishi Electric Asset Portal is a platform that allows you to effortlessly manage all your production equipment. The portal gives you a transparent overview of your production processes and allows you to easily identify optimization opportunities using the integrated analysis tools. The special feature of the Mitsubishi Electric Asset Portal lies in its ability to integrate all devices. This is done by using open standards. All devices in a single, user-friendly tool. Digitize your production and increase the profitability of your operations with the Mitsubishi Electric Asset Portal.

The Mitsubishi Electric Asset Portal is a platform that allows you to effortlessly manage all your production equipment. The portal gives you a transparent overview of your production processes and allows you to easily identify optimization opportunities using the integrated analysis tools. The special feature of the Mitsubishi Electric Asset Portal lies in its ability to integrate all devices. This is done by using open standards. All devices in a single, user-friendly tool. Digitize your production and increase the profitability of your operations with the Mitsubishi Electric Asset Portal.

ModOFFICE is an AI-building tool that allows users to create AI models based on images from their own production processes. Our inspection systems automatically generate these images during the ongoing production process. The resulting AI models can then be immediately utilized in our systems for inspection processes, creating a continuous synergy effect: By continuously collecting data, increasingly precise and comprehensive iterations of the AI models can be created with minimal effort. The introduction of new assemblies or implementation across additional production lines incurs virtually no additional effort, making ModOFFICE the perfect tool for scaling quality assurance processes.

ModPCB is a camera-based worker guidance system that provides step-by-step instructions for assembly while inspecting every assembly step and every component. This allows errors to be identified as soon as they occur and corrected immediately. Thanks to the native integration of AI, ModPCB covers a wide range of applications. These include, among others, the inspection of THT-assembled circuit boards, cables, screw connections, or any type of order picking work. In ModPCB, test programs are based on AI models that can be created using the in-house AI building tool ModOFFICE. The AI models are trained using images taken directly from the production line. This allows even the smallest defects to be detected without generating false positives. Thanks to its compact design, ModPCB integrates seamlessly into existing production lines. A range of add-ons such as lighting, a augmented reality projector and pick-by-light systems, as well as the integration of external hardware like industrial screwdrivers, further enhances compatibility. Like all Vision4Quality software, ModPCB is based on the no-code principle. Creating test programs, executing them, and reading production data is intuitive and requires no programming.

The LUMIMAX® LBHP Bar Lights extend the modular lighting system with a powerful solution for industrial image processing tasks with large working distances. With light outputs of up to 1 million lux in strobe mode, a flexible optical accessory system and a compact and robust design, the LBHP series provides homogeneous and adaptable illumination – even at a distance of more than one metre. The modular concept enables an illumination length of up to four metres, which means that even large objects can be reliably inspected.

The LUMIMAX® LBHP Bar Lights extend the modular lighting system with a powerful solution for industrial image processing tasks with large working distances. With light outputs of up to 1 million lux in strobe mode, a flexible optical accessory system and a compact and robust design, the LBHP series provides homogeneous and adaptable illumination – even at a distance of more than one metre. The modular concept enables an illumination length of up to four metres, which means that even large objects can be reliably inspected.

Our daily task is to customize our loading and unloading systems for metal machines. Many of our customers are looking for automation solutions that help them to manage their production challenges while ensuring a high degree of flexibility. Therefore, we are able to easily add new functions and processes to our robot cells. The basic functions of the loading and unloading systems are complemented by a modular automation kit. Process stations such as demagnetizing, cleaning, checking, measuring and packaging can be flexibly selected from this modular system. - More than 150 robot cells in use in 3-shift operation - Inner and outer diameter and concentricity measurements with a resolution of 0.0001 mm possible - Individual loading and unloading systems can also be implemented

We have worked intensively with plastic injection molding processes. Our modular automation system is very flexible with the following key features: Flexibility: Adaptation and expansion of existing automation systems. Diverse process stations: This diversity makes it possible to optimize the entire production process and adapt it to specific requirements. Risk minimization: The modular structure allows you to react quickly to market changes. This significantly reduces the risk in a volatile market environment. Fast implementation: New systems and extensions to existing systems can be implemented in the shortest possible time. This results as minimal downtime. Future-proof: The modular system is designed to be compatible with future technologies and requirements. This ensures that the automation solutions can be used for a long period of time. Even for complex tasks that cannot be implemented directly with the standard cells, we benefit from the modular automation system and the modular use of standard assemblies.

The AXIS-SA50 compensation unit is designed to compensate positional deviations in assembly and joining processes in mechanical engineering. It is used wherever components must be joined precisely despite manufacturing tolerances—such as during contacting or press-fit operations. The integrated spring-loaded centering mechanism ensures automatic, stress-free alignment of the components. This effectively compensates misalignment and prevents mechanical jamming—even during repeated cycles in automated operation. The module compensates for a radial offset of ±1 mm in the XY direction as well as a rotational angle of ±3°, while reliably transmitting high forces along the Z axis—both in tension and compression. Its compact dimensions of Ø 50 mm × 36 mm make it ideal for gripper assemblies, joining units, and applications with limited installation space. Thanks to its compliant design, the AXIS-SA50 compensation unit reduces mechanical peak loads and protects adjacent components such as robot flanges or adapter elements from premature wear. It improves centering during joining, minimizes assembly stresses, and significantly increases long-term process reliability.