Exhibitor products

Workplace lights from the AL-X-ERGO series are designed for integration into industrial system workstations. They are robust and designed for the environment in production facilities, workshops and factories. High demands on light quality during assembly work and visual inspections require glare-free work light, a high light color rendering index (Ra) for natural colors, adjustable brightness and adjustable color temperature for fatigue-free work adapted to the application. Excellent glare control is achieved through intelligent lighting and integrated diffusers. The brightness can be dimmed from 0...100% and the color temperature can be optimally adjusted to the application at any time in the range of 2700K...6500K via a front control panel.

This electronic module was developed to control two hydraulic positioning axes. Both axes can be controlled completely independently or in synchronism via a field bus. The differential outputs are designed to control continuous valves with integrated or external electronics (differential input). Alternatively, the output signal can be parameterized to 4…20 mA. The module is intended for the connection of analogue position sensors 0…10 V or 4…20 mA (scalable) or digital SSI position sensors. The internal monitoring signals errors and operating states to the higher-level control. Operational readiness is signaled via a switching output. Typical applications: positioning controls or synchronous controls with hydraulic axes. Features • Two independent positioning axes • Can be combined for synchronization control • Setpoint specification, actual value feedback, control byte and status byte via a fieldbus interface • SSI sensor interface or analog sensor interface (0… 10 V or 4… 20 mA) • Simple and user-friendly scaling of the sensors • Speed resolution 0.005 mm/s • Principle of path-dependent braking for robust positioning • Highly precise positioning • Advanced control technology with PT1 controller, drift compensation and fine positioning • Superimposed synchronization controller as PT1 (optimal for hydraulic applications) • Optimal use with zero-cut control valves • Master / slave or mean value control • Error diagnostics and advanced function testing • Simplified parameterization with WPC-300 software

The TX2-140 is a versatile compact mid‑payload with best‑in‑class repeatability (±0.015 mm). Its balanced combination of reach, power, and tight accuracy makes it ideal for applications such as laser cutting, machine tending, handling, quality inspection, and advanced assembly where floor space and reliability matter. Engineered for reliability in both standard and sensitive environments, the TX2-140 also supports optional SIL3 / PL e safety features, enabling seamless human robot collaboration while maintaining productivity and uptime. With a load capacity of up to 40 kg and a reach of 1,510 mm, the TX2-140 provides exceptional flexibility for applications where footprint, strength, and precision matter.

The TX2-160 stands at the upper end of the medium payload segment of the TX2 range. Its perfect balance between long reach, load capacity, and exceptional path accuracy makes it ideal for laser cutting, machine tending, material handling, and advanced assembly. The TX2-160 series come in 2 models, TX2-160 with standard reach and TX2-160L with an extended reach. Designed for both industrial and sensitive environments, the TX2-160 can also be equipped with SIL3 / PL e certified safety options, enabling safe collaborative workflows without sacrificing cycle times. Offering a load capacity of up to 40 kg and a maximum reach of 2,010 mm, the TX2-160 combines power and reach to handle larger parts, longer working envelopes, and more demanding automation scenarios.

The TX2‑200 is the highest‑capacity robot in the TX2 range, delivering the ideal combination of high speed, rigidity and precise path accuracy for heavy‑duty automation. The TX2-200 series come in 2 models, TX2-200 with standard reach and TX2-200L with an extended reach. Designed for both harsh and sensitive environments, it features a fully encapsulated IP65 (and IP67 with pressurized version) structure, large chemical compatibility and optional SIL 3 / PL e safety functions, ensuring reliable operation and safe collaboration. With a payload of up to 170 kg and a reach of 2,609 mm, the TX2‑200 offers the power, stability and precision required for demanding tasks such as palletizing, machine loading/unloading and large‑part handling.

The TX2-40 is the smallest robotic arm in the TX2 range, engineered for speed, precision, and rigidity in small cells and confined spaces. With its compact design and high-performance capabilities, this robot is ideal for industries requiring accuracy and reliability, including electronics, pharmaceuticals, and other sensitive environments. Equipped with optional SIL 3 / PL e safety features, the TX2-40 enables safe human-robot collaboration without compromising productivity. It offers a payload capacity of up to 2 kg and a maximum reach of 515 mm, making it the perfect solution for space-constrained automation.

The TX2-60 is one of the most popular robotic arm in the TX2 range, engineered for speed, precision, and rigidity in small cells and confined spaces. With its compact design and high-performance capabilities, this robot is ideal for industries requiring accuracy and reliability, including metal, electronics, pharmaceuticals, and other sensitive environments. The TX2-60 series come in 2 models, TX2-60 with standard reach and TX2-60L with an extended reach. Equipped with optional SIL3 / PL e safety features, the TX2-60 enables safe human-robot collaboration without compromising productivity. It offers a payload capacity of up to 4.5 kg and a maximum reach of 920 mm, making it the perfect solution for space-constrained automation.

The TX2‑90 is one of the most versatile robotic arms in the TX2 range, engineered to deliver high speed, exceptional precision, and outstanding rigidity for medium-sized cells. With its robust design and advanced performance, this robot is perfectly suited for industries requiring accuracy and reliability, such as metalworking, electronics, pharmaceuticals, and other demanding or sensitive environments. The TX2‑90 family includes three models to match a wide range of applications: TX2‑90 with standard reach TX2‑90L offering an extended working envelope TX2‑90XL providing the longest reach in the series Equipped with optional SIL 3 / PL e safety functionalities, the TX2‑90 series enables safe and efficient human‑robot collaboration without sacrificing productivity. With payload capacities of up to 14 kg and a maximum reach of 1,450 mm (depending on the model), the TX2‑90 series combines power, precision, and flexibility—making it an ideal solution for diverse automation scenarios.

For modern IoT applications, automation technology needs to be increasingly more powerful and adaptable. u-mation offers a coordinated hardware portfolio designed for the future-proof preparation of your machines and systems. • u-control 2000 is one of the most compact and state-of-the-art control systems on the market and is the centrepiece of our hardware portfolio. • The controllers modular design is based on the remote I/O system u-remote, and allows for needs-based expansion to include other components from the u-mation family

• Compact sensor with 12.9 x 23 x 32.2 mm • Enhanced functions, such as sonic cone adjustment, moving-average filter, or disruption filter • Best-in-class blind zone of 15 mm • Sensing distances up to 500 mm

To support maintenance managers in their daily work, we offer high-quality products for the assembly and analysis of mechanical components. This allows you to avoid errors in rolling bearing assembly and significantly increase the operational reliability of your machines and systems.

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

Ultrasonic sensors offer versatile applications for detecting transparent, dark, glossy, reflective or porous surfaces as well as detecting objects or liquids, even under adverse conditions such as contamination, dust, mist or ambient light. The measurement is carried out by transmitting and receiving ultrasonic waves, the results of which are either output as an analog or switching output or transmitted via IO-Link. The sensors can be used in various operating modes, such as synchronous, multiplex, reflex or throughbeam mode. In synchronous mode, up to 40 sensors can be used together depending on the sensor type and thus cover a larger area. Multiplex mode prevents mutual interference between adjacent or opposing sensors. Depending on the application, ultrasonic sensors are available in different housing formats, from the space-saving cylindrical or cubic format to the fork format.