Exhibitor innovations

Trustpoint is built as a modular, open-source software stack for industrial certificate and identity management, designed to run reliably in OT environments. At its core, Trustpoint is a web-based PKI management platform that can operate either as a local Certificate Authority (CA) or as a Registration Authority (RA) connected to upstream PKIs. The stack provides native support for industrial enrollment and management protocols such as CMP (RFC 9480/9483), EST (RFC 7030), and REST-based APIs, enabling interoperability with a wide range of devices, automation systems, and existing PKI infrastructures. A protocol orchestrator abstracts these interfaces, allowing devices to be onboarded and managed using different methods without changing the underlying trust model. Trustpoint includes built-in components for certificate lifecycle management—issuance, renewal, revocation (CRL), and trust store distribution—combined with domain-based trust separation, where devices are grouped under dedicated cryptographic policies and issuing authorities. Keys can be generated locally, securely handled, and optionally protected using HSM or PKCS#11 interfaces. The platform is containerized (Docker-first), enabling flexible deployment in factories, edge environments, or isolated (air-gapped) networks. A web UI and REST API support user-driven onboarding, browser-based credential retrieval, and automation workflows, while Zero-Touch Onboarding mechanisms (e.g., IDevID-based onboarding) are integrated as part of the stack. Published under the MIT license, the Trustpoint software stack is designed to be extensible, vendor-neutral, and suitable for long-term operation in industrial environments with limited connectivity, legacy devices, and strict security requirements.

twinstudio is an integrated toolkit for the easy creation, management and visualisation of Digital Twins – from Asset Administration Shells (AAS) and submodels to templates. As part of the twinsphere suite, it is designed for both beginners and experienced users, enabling a fast and efficient start through guided workflows, real-time validation and an intuitive user experience. At its core is the combination of ease of use, standard compliance and scalability. Even without in-depth AAS expertise, Digital Twins can be structured, created, edited and published efficiently. At the same time, compliance with IDTA standards ensures interoperability and seamless collaboration across organisational boundaries. twinstudio provides a central, visual overview of all assets, including search, filter and status functions, and supports data exchange via common formats such as JSON, XML and AASX. Its direct integration with twinsphere and external repositories ensures smooth connectivity within existing system landscapes. Key features include the Twin Builder for creating and editing AAS and submodels, the Template Designer for managing submodel templates, the Blueprint Editor for scalable Digital Twin strategies, and a centralised management of semantic descriptions. This is complemented by a Submodel Template Repository for versioning and sharing templates across teams and organisations. twinstudio enables consistent, reusable processes and supports companies in implementing Digital Twins efficiently, in line with standards, and in a future-ready way – from initial pilot projects to scalable deployment across products and business areas.

Multimodule = Multitool UIO106 – all disciplines under its belt and in its box From the fixed standard The UIO106 covers all standard analogue and digital signals in one module. Via free flexibility The input and output directions and types are freely configurable. Up to excellent freestyle Counters, encoders, pulse width modulation - versatility without compromise.

Multimodule = Multitool UIO106 – all disciplines under its belt and in its box From the fixed standard The UIO106 covers all standard analogue and digital signals in one module. Via free flexibility The input and output directions and types are freely configurable. Up to excellent freestyle Counters, encoders, pulse width modulation - versatility without compromise.

Ultra Compact Servo Actuator Servomotor, servodrive and harmonic reducer integrated Max Torque 143Nm 24/48VDC Supply Multiturn cncoder 24Bit EtherCat, CAN, Digital I/O Safe Torque Off No backlash gearbox Ratio 50-160 Flange Size 80mm IP54

Ultra Compact Servo Actuator Servomotor, servodrive and harmonic reducer integrated Max Torque 143Nm 24/48VDC Supply Multiturn cncoder 24Bit EtherCat, CAN, Digital I/O Safe Torque Off No backlash gearbox Ratio 50-160 Flange Size 80mm IP54

Unchained Robotics' LUNA operating system is bringing a paradigm shift to automation. Built to provide an intuitive, stable, modern, and customizable user experience to automation, LUNA greatly simplifies both the integration and operation of automated production systems. Fast ROI - The underlying drive behind LUNA is improving the efficiency of automation at all stages. From integration to daily operation and maintenance. The result is faster, easier, and more reliable production. That is to say, faster and higher ROI. How LUNA improve your production: Intuitive UI - LUNA offers an industry-leading UI that takes important cues from consumer UI experiences. Information, commands, and programming options are easier to find and far easier to use with LUNA. Customizable - LUNA allows for the easy customization of the UI so that the information and command that are the most important to you, are available right at your finger tips! KPI Tracking - Cloud-based KPI tracking is built into LUNA to provide you with a constant, real-time overview of how your production is performing. Rapid set up - LUNA is extremely integrator friendly, allowing for the rapid implementation of - even complicated - automation systems. And that is just the beginning. Discover the next generation of automation software with LUNA.

Unchained Robotics' LUNA operating system is bringing a paradigm shift to automation. Built to provide an intuitive, stable, modern, and customizable user experience to automation, LUNA greatly simplifies both the integration and operation of automated production systems. Fast ROI - The underlying drive behind LUNA is improving the efficiency of automation at all stages. From integration to daily operation and maintenance. The result is faster, easier, and more reliable production. That is to say, faster and higher ROI. How LUNA improve your production: Intuitive UI - LUNA offers an industry-leading UI that takes important cues from consumer UI experiences. Information, commands, and programming options are easier to find and far easier to use with LUNA. Customizable - LUNA allows for the easy customization of the UI so that the information and command that are the most important to you, are available right at your finger tips! KPI Tracking - Cloud-based KPI tracking is built into LUNA to provide you with a constant, real-time overview of how your production is performing. Rapid set up - LUNA is extremely integrator friendly, allowing for the rapid implementation of - even complicated - automation systems. And that is just the beginning. Discover the next generation of automation software with LUNA.

- High force density - Low force rippel - Best price-performance-ratio - High dynamic applications

The P&S Universal Step Loader ensures the reliable singulation and automatic feeding and discharge of round bars with diameters ranging from 2 mm to 25 mm. Other geometries are available upon request. Various transfer options allow the USL-25 to be optimally adapted to different machine concepts and production requirements. Depending on the application, the singulated bars can be transferred to the next process via a conveyor belt, a sliding axis, or a customized transfer solution. Material feeding and discharge are optimized for flow at a central point. This allows the USL-25 to be seamlessly integrated into existing automation systems, production cells, or testing equipment.

With the P1PY21 series, the wenglor sensoric group is setting new standards in sensor technology. The P1PY21 uses blue laser as the world’s first sensor with time-of-flight technology. With impressive performance: the wintec with blue light delivers precise measurement results even under extreme conditions. Thanks to the shorter wavelength, blue laser light does not penetrate as deeply into the object surface, enabling stable detection in dark, glossy, organic or (semi-)transparent materials. An integrated special filter ensures reliable detection even in the event of interference from high-emitting objects, such as glowing metals. Equipped with proven Dynamic Sensitivity technology, wintec combines precision and innovation with blue light, making it the ideal solution for complex applications in automation technology. The integrated innovative BlueLine technology is based on short-wave blue laser light with a wavelength of 445 nm and achieves high accuracy on demanding surfaces, such as glossy plastics, dark paints or polished metals. Red glowing surfaces in the metal industry are also reliably detected. The reduced penetration depth of the blue laser ensures safe detection of organic materials and can be operated safely according to laser class 2. The P1PY21 series also handles even uneven surfaces with holes, tears or grid structures with a wide detection range thanks to the large-area line-shaped laser light spot. The Highlights at a Glance: BlueLine technology with short-wave blue laser light at 445 nm wavelength High accuracy on shiny plastics, dark paints, polished metals Reliable detection of red glowing surfaces Safe capture of organic materials Safe operation according to laser class 2 Dynamic jump detection, intensity evaluation, integrated speed measurement and transparent object detection Large working range of up to 5 meters

With the P1PY21 series, the wenglor sensoric group is setting new standards in sensor technology. The P1PY21 uses blue laser as the world’s first sensor with time-of-flight technology. With impressive performance: the wintec with blue light delivers precise measurement results even under extreme conditions. Thanks to the shorter wavelength, blue laser light does not penetrate as deeply into the object surface, enabling stable detection in dark, glossy, organic or (semi-)transparent materials. An integrated special filter ensures reliable detection even in the event of interference from high-emitting objects, such as glowing metals. Equipped with proven Dynamic Sensitivity technology, wintec combines precision and innovation with blue light, making it the ideal solution for complex applications in automation technology. The integrated innovative BlueLine technology is based on short-wave blue laser light with a wavelength of 445 nm and achieves high accuracy on demanding surfaces, such as glossy plastics, dark paints or polished metals. Red glowing surfaces in the metal industry are also reliably detected. The reduced penetration depth of the blue laser ensures safe detection of organic materials and can be operated safely according to laser class 2. The P1PY21 series also handles even uneven surfaces with holes, tears or grid structures with a wide detection range thanks to the large-area line-shaped laser light spot. The Highlights at a Glance: BlueLine technology with short-wave blue laser light at 445 nm wavelength High accuracy on shiny plastics, dark paints, polished metals Reliable detection of red glowing surfaces Safe capture of organic materials Safe operation according to laser class 2 Dynamic jump detection, intensity evaluation, integrated speed measurement and transparent object detection Large working range of up to 5 meters

With the P1PY21 series, the wenglor sensoric group is setting new standards in sensor technology. The P1PY21 uses blue laser as the world’s first sensor with time-of-flight technology. With impressive performance: the wintec with blue light delivers precise measurement results even under extreme conditions. Thanks to the shorter wavelength, blue laser light does not penetrate as deeply into the object surface, enabling stable detection in dark, glossy, organic or (semi-)transparent materials. An integrated special filter ensures reliable detection even in the event of interference from high-emitting objects, such as glowing metals. Equipped with proven Dynamic Sensitivity technology, wintec combines precision and innovation with blue light, making it the ideal solution for complex applications in automation technology. The integrated innovative BlueLine technology is based on short-wave blue laser light with a wavelength of 445 nm and achieves high accuracy on demanding surfaces, such as glossy plastics, dark paints or polished metals. Red glowing surfaces in the metal industry are also reliably detected. The reduced penetration depth of the blue laser ensures safe detection of organic materials and can be operated safely according to laser class 2. The P1PY21 series also handles even uneven surfaces with holes, tears or grid structures with a wide detection range thanks to the large-area line-shaped laser light spot. The Highlights at a Glance: BlueLine technology with short-wave blue laser light at 445 nm wavelength High accuracy on shiny plastics, dark paints, polished metals Reliable detection of red glowing surfaces Safe capture of organic materials Safe operation according to laser class 2 Dynamic jump detection, intensity evaluation, integrated speed measurement and transparent object detection Large working range of up to 5 meters

Automated Loading and Unloading of Components with a Cobot: Initial Situation In industrial manufacturing, the repeatable loading and unloading of components from machines, trays, or fixtures is a time-consuming and ergonomically demanding task. Especially with small batch sizes, product variety, or frequent changeovers, classic automation solutions quickly reach their limits. Solution: Flexible Deployment of a Collaborative Robot (Cobot) A collaborative robot takes over the precise handling of components and works directly alongside humans – without complex safety devices. The cobot is used for: • Loading machines, testing systems, or assembly stations • Unloading manufactured or tested components • Sorting and placing components into defined trays or containers • Pick-and-place tasks with varying component geometries Thanks to intuitive programming, the process can be quickly adapted and switched to new products. Use Case Flow: 1. Components are provided in trays or feeding systems. 2. The cobot detects the position and orientation. 3. The component is gripped using a flexible gripper. 4. It is precisely placed in the machine or fixture. 5. The processed component is removed. 6. It is placed in the target position or transferred to the next process step. Added Value & Benefits: • Flexibility: Quick changeovers for product changes • Increased Efficiency: Reduction of downtime and manual tasks • Ergonomics: Relief for employees during monotonous or strenuous tasks • Quality: High repeatability and process reliability • Cost Efficiency: Economical even for small and medium production runs • Easy Integration: Retrofittable into existing production environments Typical Applications: • Machine loading (e.g., CNC, injection molding, test benches) • Electronics manufacturing • Assembly processes • Packaging and logistics

• Global shutter method for accurate image capturing with minimal motion blur • Various inspection functions : alignment, brightness, contrast, area, edge, shape, length, angle, diameter, object counting, barcode, OCR, OCV, patterns • Set up to 64 separate work group (32 inspection points per work group) • Save data to FTP servers