Exhibitor products

• Maximum pressure control range up to 1035 bar (15,000 psi) • Replaceable pressure module • Oil and water versions available • Accuracy of 0.02% of full scale, 0.01% of full scale, or 0.01% of reading • Two ranges from -1~200 bar to 0~1,000 bar (-15~3,000 psi to 0~15,000 psi) • Control stability 0.005% of full scale • Ultra-fast pressure generation and control • No external pressure source required • Control via internal or external pressure modules • Contamination Protection System (CPS) (ADT793 optional) • LAN, USB, RS232, and Ethernet communication • External reservoir support • Easy maintenance • Emulation mode The Additel 793 pressure regulator combines state-of-the-art control/measurement technology, modular design, and simple operation/maintenance functions in a single, user-friendly device. The Additel 793 offers pressure control up to 1,000 bar (15,000 psi). For users requiring automated production, testing, and calibration, Additel covers the entire workload with this pressure regulator. The ADT793 can accommodate an ADT151 dual-range pressure module in addition to a barometric pressure module. This allows users to quickly cover a wide pressure range.

• Designed for exceptional mobility and performance • Extended temperature range: -30°C to 250°C • High-precision accuracy: ±0.1°C • Compatible with a wide range of probe types and sizes • Optional integrated process calibrator (PC) • Fast temperature reach • Excellent stability and uniformity • Fast thermal response for efficient operation • Advanced dual-zone heating technology • Push-button self-calibration • Robust protection against electromagnetic interference The ADT835 is a portable calibration bath with compact dimensions of 90 x 90 mm (3.54 x 3.54 inches) and sets a new standard for high-performance, space-saving calibration solutions. Unlike conventional integrated dry-liquid baths, the ADT835 offers exceptional versatility and can accommodate virtually any type, size, and shape of temperature sensor. Its innovative design enables both batch and field calibrations while ensuring excellent stability, uniformity, and accuracy. By combining the precision and reliability of a conventional calibration bath with the portability of a dry-well calibrator, the ADT835 is a reliable choice for demanding calibration environments

• Three models with a measuring range from -40°C to 660°C • Portable, rugged, and fast response time • Excellent performance in terms of stability and accuracy, as well as minimal loading effects • Dual-zone control • Full HART field communication • The Process Calibrator Option (PC) offers multi-channel display for a reference thermometer, RTDs, and TCs, task documentation, and HART communication. • Color touchscreen display • Select your own specific temperature measurement range • Setpoint control optionally via an external reference temperature sensor If you frequently work with temperature calibration instruments, you know that a good dry-block calibrator is usually more than just a stable heat source. The Additel ADT875 series of dry-block calibrators combines excellent performance in terms of fast response, stability, radial and axial uniformity, and accuracy. Each device features a color display, dual-zone control, and many useful features. But that's not all! The available "integrated process calibrator" option transforms the dry-block calibrator into a HART-capable, documenting process calibrator with a 3-channel thermometer readout. Furthermore, the unique "CYOR" (Choose Your Own Range) option allows you to select your own temperature range within a standard range. The dry-block calibrator is optimized and calibrated in the factory to your selected measuring range, ensuring the best performance for your application.

• Temperature range from 100°C to 1210°C • Two models to choose from: Reference (ADT 878) and Standard (ADT 875) • Display accuracy: ± 1.5°C (ADT 878) • Stability: ± 0.1°C • 4 integrated measurement channels (PC option) • The process calibrator option offers multi-channel readout for TCs, switches, and transmitters, including task documentation and HART communication • Portable, rugged, and fast settling time • Self-calibration function (PC option) • Multi-zone temperature control • Internal and external sensor control (PC option) • Replaceable metal inserts • Wi-Fi and Bluetooth capable • Color touchscreen display • Patent-pending technology We understand the many challenges associated with thermocouple calibration. This is precisely why we decided to introduce the ADT875-1210 and ADT878-1210 thermocouple calibration furnaces. With unsurpassed stability, uniformity, and an optional integrated process calibrator, calibrating thermocouples has never been easier. With the ADT 875-1210 and ADT 878-1210 calibrators, you have two instruments to choose from that feature patented multi-zone temperature control. This multi-zone temperature control provides a never-before-seen, highly stable, and uniform heat source. A variety of interchangeable metal inserts gives you the flexibility to service a wide variety of test specimens. Furthermore, the two dry-block calibrators, the ADT 875-1210 and the ADT 878-1210, can also be purchased with or without integrated process calibration electronics. Their performance makes them the best portable 1200°C high-temperature source on the market.

• Pressure ranges up to 700 bar (10,000 psi) • Two-stage piston: higher pressure with less effort • Versatile on-site applications • Lever-type pressurization: efficient and fast stabilization • Portable: weighs 1.9 kg (4.19 lb) • Long service life, low maintenance The ADT997 hand hydraulic pump offers a pressure range of up to 700 bar (10,000 psi), making it extremely versatile for a wide range of applications. It is designed for ease of use with a two-stage pre-pressurization piston, enabling both a wide pressure range and energy-efficient performance. The pump achieves rapid pressure stabilization thanks to its lever-type pressurization system, while the fine adjustment screw ensures high pressure adjustment precision. The longitudinal pump layout increases functionality and provides excellent control during operation. The pump's four different operating positions allow easy adaptation to different work requirements and make it an ideal, modern replacement for conventional hand pressure pumps.

Is your company faced with the challenge of developing highly complex systems that require precise integration of software, mechanics and processes? Our future-oriented automation solutions for existing or new systems and machines overcome the challenges in your production and increase efficiency and precision. We support you in the efficient design, programming and commissioning of complex systems. By using innovative architecture blueprints and drawing on our multidisciplinary expertise, we accompany your project step by step through to successful implementation. Our solutions are ideal for multi-axis systems in demanding production environments such as those required by machine tools and precision machines. Rely on our expertise and years of experience in this field to overcome your challenges and achieve high-quality results as quickly as possible. Through targeted project management and precise requirements management, we accelerate the path to successful project completion using digital models, virtual commissioning and seamless integration of these digital models into the operational phase. As we play a key role in the development of control systems, we can find the most efficient way to achieve the optimum for you. With our expertise, we intervene when you reach the limits of your automation solutions. Rely on the highly developed automation solutions from evosoft GmbH to future-proof your system and benefit from an increase in productivity, an improvement in quality, an increase in flexibility, a reduction in errors and costs and an increase in production speed.

"Advanced Flow" (AdvFlow) is an advanced planning and scheduling solution that supports complex planning processes in companies, in production, and in intralogistics. By utilizing artificial intelligence and machine learning, material flows are analyzed and optimized. Real-time data from plant and order management is used for continuous updating and optimization of the operational plan. The minimally invasive approach allows for direct implementation in ongoing operations, thereby reducing investments in costly modifications to existing systems and investments in new facilities.

The anthropomorphic Agile Hand is composed of five identical, modularly designed robotic fingers. Thanks to its humanoid dexterity, it can perform delicate tasks and offers a hand where us humans can’t. Sturdy grip: 10 N active fingertip force equip Agile Hand with a firm but delicate grip. High flexibility: With 20 joints and 15 or 16 degrees of freedom, the 1.5 kg Agile Hand performs human-like movements effortlessly. Quick movements: 360°/s joint velocity allow Agile Hand to quickly adapt to different tasks. Seamless connectivity: Fast changer adapter for the robot flange according to ISO 9409-1-50-4-M6.

Agile ONE brings Physical AI to industry. With unprecedentedly dexterous hands, advanced perception, and intuitive human interaction, the humanoid robot handles industrial tasks autonomously, precisely, and efficiently. Designed for industry: Agile ONE is your reliable co-worker on the production floor. It moves autonomously between workstations, collaborates seamlessly with humans, and gets the job done – in manufacturing, logistics, and beyond. Powered by real-world industrial data, Agile ONE learns, adapts, and evolves with every task, optimizing performance and efficiency across your operations.

Developed for holistic automation AgileCore is our powerful software platform that enables system integrators and operators to holistically develop and deploy next-generation automation solutions by leveraging the intelligent AI-assistant AgileAI. Hardware abstraction: Control and program multiple devices from different vendors, including robots, cameras, grippers, AMRs and PLCs, through a single platform. No need for users to learn different programming languages or interfaces for each device. Process monitoring: Track the progress of tasks using dashboards in real-time, identify and troubleshoot errors, and optimize performance. Make informed decisions based on KPIs (e.g. OEE, cycle time, UPH, quality ratio) and improve process efficiency. Software development kit: Create and add your own custom skills to the platform. Flexibly extend your solutions’ capabilities to meet specific automation needs, and unlock countless possibilities for your automation. Easy to scale: Simply add new devices or entire work cells to your existing solution without disrupting your operations. Expand your automation solutions to meet changing needs.

A true innovation: Well-proven cable gland technology per EN 62444 in a cable entry unit for multiple cables. To date, the multiple-cable-entry solutions available on the market have proved unsatisfactory for many users. Either they do not achieve the required values in relation to sealing or strain relief, or their installation is time-consuming – a fact that quickly becomes apparent in the overall cost analysis. AGRO has been developing and manufacturing high-quality cable glands in accordance with EN 62444 for over 65 years. The know-how gained from this in relation to radial compression fabrication of sealing items is now being used for the fi rst time in cable feedthroughs. The specially-designed and reliable strain relief, together with the use of tested sealing units make MCE an innovative, extremely robust and dependable cable entry system. Multiple feedthroughs are widely used in various industries. They fi nd application where a number of cables are to be fed, close together. Compared to the use of numerous individual cable glands, the compact MCE solution saves space and users can benefi t from the effi cient, easily manageable installation process it facilitates – even where space is very limited. Fields of application include infrastructure projects (e.g. tunnels, IT data centres and telecommunication networks), control cabinet and plant construction, the processing industry, and vehicle, shipping, offshore and energy technology

AGV-SLC trailer: Intelligent internal transport system Together with an autonomous towing vehicle, the AGV-SLC trailer forms a modern, driverless transport system (AGV) that fulfils the highest safety standards. This system enables fully automatic movement and an autonomous loading and unloading process, including the flexible transport direction of the goods carriers. More details on the AGV-SLC trailer can be found in the attached file.

With our AI agent platform, you can intelligently automate processes, relieve the burden on your teams, and bring digital innovations directly to your departments – securely, scalably, and without any programming effort. Your benefits at a glance: Intelligent automation of business processes. Recurring tasks and processes are efficiently handled by AI agents. This saves valuable time, increases productivity, and significantly reduces the workload for specialists. Empowerment of departments without programming knowledge. Departments can independently create and deploy AI agents without requiring IT expertise. If desired, these agents can be used across teams and managed centrally. This fosters innovation directly within the departments. Maximum transparency and control. You maintain an overview at all times: Which AI is being used for what purpose? Which data is being processed? What costs are being incurred? The platform offers full traceability and control options, even for compliance-relevant processes. Integration into existing system landscapes is rapid. Thanks to open interfaces and a modular design, AI agents can be seamlessly integrated into your existing IT and process landscape. Promotion of innovation and knowledge sharing. Shared AI agents enable teams to learn from each other and quickly disseminate best practices. This accelerates digital transformation across the entire organization, reducing errors and manual effort. By automating rule-based tasks, the risk of human error decreases, and processes become more stable and efficient. Learn more at www.kurzdigital.com

The AI Automation Score: Clarity before investment Calculate the AI automation potential of your processes before going live. A score between 0 and 100 shows you how much knowledge work can be automated and how much time you can save.