Drive roller diameter: 40 mm / 90 mm; Drive position: at the deflection or in the center; Drive type: pulling or pushing; Design as single-track or double-track conveyor; Track widths: 40 mm – 120 mm; Maximum load: up to 150 kg; Individually configurable; Special solutions possible

- EAS®-compact® (ratchetting torque limiter with automatic re-engagement) - EAS®-compact®-F (disengaging torque limiter) - EAS®-dutytorque (disengaging torque limiter) - EAS®-HSE (High-Speed torque limiter) - EAS®-HT (High Torque applications) - EAS®-HTL (housing torque limiter with standardized connection dimensions) - EAS®-reverse (torque limiter with self-engagement) - EAS®-smartic® (compact series) - EAS®-Sp/Sm/Zr (disengaging; pneumatic and electromagnetic) - ROBA®-slip hubs (load-holding torque limiting clutch) - ROBA®-contitorque (magnetic torque limiter according hysteresis principle) - ROBA®-capping head (magnetic torque limiter for filling plants) - ROBATIC® (electromagnetic pole face clutch) - EAS®-axial (limitation of tensile and compressive forces)

Torque sensors are used to precisely measure mechanical torque in a wide range of industrial and technical applications. They detect the rotational force applied to a shaft or component and convert it into an electrical signal, enabling reliable monitoring, analysis and documentation of mechanical loads in test benches, machinery and development environments. Modern torque sensors are available in various designs, including reaction sensors for static measurements and rotary sensors for dynamic applications. Depending on the model, they measure torque in both clockwise and counter-clockwise directions and capture steady or rapidly changing loads. Some sensors also measure speed or angular position, which is beneficial for power calculations and advanced drivetrain analysis. Typical characteristics include high accuracy, strong linearity, stable signal output and robust construction suitable for industrial use. Interfaces such as USB, analog or digital outputs allow easy integration with amplifiers, indicators or software systems, enabling data visualization, storage or direct use within automation workflows. Torque sensors are used in quality assurance, motor and gearbox test benches, mechanical engineering, screw-driving and assembly processes, as well as in research and development. They help companies optimize mechanical connections, improve process safety and efficiently monitor technical operations. With their precision, versatility and reliability, torque sensors are essential wherever torque must be measured, monitored or analysed.

Torque measuring devices are used for the precise measurement, monitoring and analysis of mechanical torque in a wide range of technical applications. They are employed in production, quality control, research and development, and laboratory environments to reliably test mechanical connections, closures, tools or components. Modern systems offer high accuracy and support both static and dynamic measurements. They capture tightening, loosening and peak torque values (peak, first/second peak) and operate in both clockwise and counter-clockwise directions. Various measurement ranges and units allow optimal adaptation to different requirements, from very low to high torque levels. Typical features include digital display, statistical analysis functions, data storage and export capabilities. With interfaces such as USB, RS-232 or analog outputs, these devices can be easily integrated into test benches, software systems or documentation workflows. Torque measuring devices are available in different designs: portable handheld units, benchtop instruments for closure and packaging tests, or robust systems for tool and screw-driving analysis. Accessories such as grips, fixtures and custom adapters further expand their application flexibility. With their accuracy, ease of use and versatility, torque measuring devices provide reliable evaluation of products and processes. They help companies maintain quality standards, prevent errors and optimize technical workflows — making them an essential tool across many industrial sectors.

In our torque tools category, you'll find a comprehensive selection of high-quality tools for precise power transmission when tightening and checking bolted connections. Whether torque wrenches, torque screwdrivers, measuring devices, or insert tools – all products are designed to apply defined torques safely and reproducibly. With the right torque tools, you can avoid over- or under-tightening, protect components, and ensure durable, reliable connections in trade, industry, and assembly.

Franke bearing assemblies with integrated direct drive (torque motor) are characterized by high dynamics, maximum energy efficiency and a compact installation space combined with center-free design. Bearing assemblies with direct drive are suitable for applications where high performance and low space requirements are important criteria. The integration of the drive into the bearing housing means that wear-prone assemblies for transmitting drive power, such as toothed belts, shafts or chains, can be dispensed with. This reduces the required drive energy and also benefits more accurate positioning.

Thanks to their sophisticated design, the dimensionally stable totes, and trays provide the basis for automated storage and transport of goods. At the same time, they ensure maximum running smoothness and process reliability. No matter whether sealed cardboard boxes or loose items: We deliver an individually configurable system for your needs.

A complete Tote System from a single source || Thanks to their sophisticated design, the dimensionally stable totes, and trays provide the basis for automated storage and transport of goods. At the same time, they ensure maximum running smoothness and process reliability. Flexibly combinable, our totes enable pre-picking for both small and large totes on one tray or storage location.

Unsere hochauflösenden Monitore sind speziell für anspruchsvolle professionelle Industrieanwendungen konzipiert. Sie zeichnen sich durch ein robustes Metallgehäuse und ein gehärtetes Frontglas aus, das eine aussergewöhnliche Widerstandsfähigkeit und Langlebigkeit garantiert. Diese Kombination sorgt für einen zuverlässigen und robusten Monitor, der selbst in den härtesten Umgebungen eine optimale Leistung bietet. Ideal für den Einsatz in Bereichen, wo Präzision und Zuverlässigkeit oberste Priorität haben, sind unsere Monitore eine sichere Investition in Ihre technische Ausstattung.

Remote access to an HMI is essential in automation technology. The P-series touch panels include an integrated VPN connection using Tosibox® Lock for Container (LfC). In the course of Industry 4.0, data must be transparent and available at all times. Remote access to the HMI is also essential for this. The P-series touch panels now include an integrated VPN connection using Tosibox® Lock for Container (LfC). This eliminates the costs for an additional VPN router. Tosibox® technology is a patented remote maintenance solution and meets the highest security standards. Equipped with 2 independent LAN interfaces and serial RS232/RS485, these panels can communicate with many controllers thanks to over 350 communication protocols. The second LAN interface can be used to connect to the IT world. OPC UA or MQTT are available for this, among others. The display sizes vary between 4.3" and 15". A resistive touch screen is used as the input medium. The supply voltage is 24 VDC. Thanks to the simple control cabinet installation and the IP65 protection class, the devices are ideal for many industrial applications, such as in mechanical engineering where robust and durable solutions are required.

The Tower Shuttle - an automated laser marking system, specially developed for the processing of components using shelving systems. The Tower Shuttle combines precise laser marking with efficient handling of multiple workpieces.

The Towertool is ideal for the precise labeling of tools such as drills, milling cutters or cutting tools. The height-adjustable structure makes it easy to label workpieces of different sizes and shapes with tool data such as serial numbers, logos or technical specifications in a permanent and abrasion-resistant manner.

TOX PRESSOTECHNIK has expanded its electromechanical joining modules with the TOX EdgeUnit and, in the process, renamed them TOX ElectricPowerDrive. This change is accompanied by new series designations. The TOX EdgeUnit serves as decentralized intelligence, featuring two digital inputs and outputs as well as two analog inputs. In addition to an integrated measuring amplifier (internal force sensor), it provides another for external force sensors, for example. Also integrated is a memory from which information such as maintenance and stroke counters, as well as drive type information, can be retrieved at any time, enabling automatic registration of the ElectricPowerDrive with the system. The TOX ElectricPowerDrive maintains constant communication with the TOX Power Module via a fast and stable EtherCAT connection. This compact controller supplies the power for the TOX ElectricPowerDrive. An external linear encoder can be connected as an option. It communicates via EtherCAT with the heart of the drive system – the TOX System Control. All information converges here, and the customer's data and control level is connected to the customer's PLC or robot via a flexible fieldbus. The user configures and parameters the process using TOX System Control. The system also stores all relevant data and forwards it to the server, for example, via Ethernet for quality assurance. The necessary programs, including those for visualization and diagnostics, are provided by TOX Software, which runs on the TOX System Control. TOX System Control is available in both control cabinet and screen-based versions.

With the TOX FlexPress Compact, TOX PRESSOTECHNIK has developed a new standard press, which keeps an eye on the parameters itself. Not only the concept is new, but also the design. In addition to the now dominating color white, touches of green and magenta also uniquely identify the new standard press as having been built by TOX PRESSOTECHNIK, but lend it a more modern appearance at the same time. The compact manual workstation only takes up a footprint of 425 x 703 millimeters on a table. With the highly intuitive control, the user can create a new process with just a few clicks via the 13-inch UDI (Universal Data Interface) panel. This is important, as the standard press is flexible in terms of technology – its tools can quickly be changed for any technologies mastered by TOX, such as clinching, riveting or pressing in. For the first time the control cabinet is integrated into the press housing, thus reducing the space requirement of the table press. Quiet power in four designs The electromechanical drive TOX ElectricPowerDrive is positioned below a noise-reducing cover and drives the press with 5, 10, 30 or 60 kN depending on the version. The integrated sensors measure each process and transfer the data to the process monitoring. It evaluates the information, creates analyses and thus ensures traceability of each component. Safe operation is ensured by a quiet- and quick-acting electrical safety door – with a touch of magenta – as well as RGBW illumination of the work area: This lights up in red for failed parts and green if everything is in order. The new TOX FlexPress Compact with its integrated sensors and flexibility is ideally suited to applications requiring precision and tasks with small parts in small or serial assemblies. In short: Whenever changing components require replacement of tools and users want to record process and quality data seamlessly.

The TOX® FlexPress Station combines maximum flexibility, simple integration and maximum process reliability in a compact solution. Three safety concepts guarantee the maximum operator and process safety. - Modular system architecture - Maximum process and operational reliability - Ergonomic & service-friendly design - Intelligent software for networked production processes