Exhibitor products

Optimized for shrink tubing, endless rolls and demanding industrial applications.

Compact, refrigerant-free Peltier cooling for reliable control cabinet air conditioning with low maintenance.

We offer a wide range of thermostats and control units for the regulation of temperature, humidity or rotation speed to ensure that all switchgear cabinet components work efficiently and consume less power. We supply the right product for every application – everything from a simple bimetallic thermostat to an adjustable control unit with sensors and interface.

Tiger is a SIL3 and PLe certified, robust radio control system adaptable to standard and complex lifting and non-lifting applications in harsh environments. It is available in several radio bands with frequency hopping technology, changing frequencies within a spectrum every 40 milliseconds. SIL3 and PLe Available in different configurations, Tiger receivers provide standard relay and analogue in/outputs, digital inputs and communication via different fieldbus systems, whereas both the STOP function and two designated relays are approved according to SIL3 IEC 61508 standard and PLe, the highest safety rating available in radio control. Tiger is capable of providing feedback from your machine, displayed on the transmitter’s LCD screen or alternatively utilizing LED’s situated next to the transmitter’s function buttons. Systems are pre-programmed with operating modes accommodating hundreds of different user applications. Advanced settings or custom software are available upon request. Our system wouldn’t be complete without a wide range of receivers. We can offer smaller seven relay receivers up to very large receivers with 28 relays. In this range you will also find receivers with bus technology: Profibus, Modbus, CANopen and J1939. There is also the option of an analogue receiver which supports step less, analogue control. Furthermore we also have receivers that can plug-in directly to an application that supports a 10-pin Harting connector. All receivers have high quality casings at IP65 or IP66.

The TM30S streamlines heavy‑duty palletizing with long reach, stable motion, and certified collaborative safety for clean stacks on Euro and US pallets—no riser required. Built‑in vision, compact design, and intuitive setup keep cells flexible and move teams from trial to production quickly. With a 30 kg payload and 1702 mm reach, it maintains cycle consistency under load—enabling fast deployment and reliable throughput. Hardware enhancements Across the S Series, OMRON has introduced upgrades to increase durability and support faster redeployment. All robot arms now feature an IP65 rating for use in washdown or dust-prone environments. Higher-payload units (TM25S, TM30S) incorporate an integrated joint 6 force-torque wrist sensor for improved force-controlled processes. The updated Landmark 2.0 vision-based positioning system is designed to reduce recalibration time when moving robots between stations. TMflow 2.22 software release OMRON has also released TMflow 2.22, an update to its no-code programming environment. The new version introduces more granular safety configuration options, expanded remote monitoring and diagnostics, and a higher-fidelity simulation engine. Integrated vision tools have been strengthened to support inspection and pick-and-place tasks with greater accuracy. “By introducing the TM30S, TM20S, and TM6S alongside crucial upgrades like IP65 certification and the integrated joint 6 force torque sensor, we are empowering our customers to automate their most challenging, heavy-duty tasks with greater safety, precision, and flexibility than ever before. TMflow 2.22 ensures that this immense power remains easy to program and manage, upholding our commitment to harmonious automation,” said Qiqi Wang, Global Product Manager at OMRON Robotics and Safety Technologies. For further information on the TM S Series and TMflow platform.

Tolerance rings by Dr. TRETTER® – smart fixation of special applications Engineers have to face many technical challenges in every industry. For applications, several difficulties need to be overcome, for example: Thermal expansion, e.g. of light metal housings Reduction of vibration Reducing noise development Creating torque control Torque transmission Transmission of axial forces Levelling misalignments Bypassing large tolerances of the connecting components Our tolerance rings can help in all those matters and offer significant advantages compared to other connection types. Together with you, we want to meet the challenge and offer you the perfect solution. We support you during development, design your shaft-hub connection, and support you in the construction and testing phase. Thanks to our own production site in Switzerland, we can attend to all your requirements and special requests. Dr. TRETTER will make your innovative product development possible!

The IO-Link-capable load monitoring system topGUARD offers remote control options, full data transparency, and reliable protection of the 24 V system voltage. It is an outstanding supplement to the IO-LINK-capable PROtop power supplies. • Data transparency and remote control due to IO-Link • Maximal flexibility thanks to a modular system • Voltage-adaptive load monitoring according to Class 2 • Time and cost savings due to an integrated distribution of potential • Simple migration from maxGUARD to topGUARD

Torque-resistant ball bushings for linear motion and simultaneous torque transmission Torque-resistant ball bushings or Ball splines are non-rotating round guides. In addition to transmitting linear motion, they can also transmit as well as support torques – even in narrow spaces. As opposed to conventional shaft guides, the ball spline is equipped with four axially parallel guiding groove races. The osculation of the balls in the raceways of bushing and grooved shaft, analogous to a profile rail guide, makes it possible to transmit significantly higher loads and torques compared to a conventional ball bushing. Thanks to the non-rotating bearing of the torque-resistant ball bushing it is not necessary to use, for instance, two parallel round guides or another form of support.

Pressure Sensors - Relative or Absolute Low Pressures

This intelligent solution combines two transmitters which are capable of measuring pressure and temperature at the same time and independently. This multi-functional transmitter has excellent characteristics for its stainless steel membrane and semi-conductor thin-film technology. The stainless steel membrane is absolutely vacuum-tight, extremely burst-proof and applicable with all standard media used in hydraulics, pneumatics, etc. as far as they are compatible with stainless steel. Its robust design guarantees high reliability also in rugged environments. The temperature is measured by means of an internal temperature sensor (TPSI) or an external temperature sensor (TPSE). Specification: • Pressure measuring ranges 0...1 bar to 0…1.000 bar • TPSI: Temperature measuring range -50°C to +150°C/ TPSE -50°C to +200°C • TPSI: Output signals for pressure 0…10 V, 0.5…4.5 V • TPSE: Output signals for pressure 4…20 mA • TPSI: for temperature 0.25…4.75 V • TPSE: for temperature 4…20 mA • No internal transmission media • Precision class 0.5 % • Highly reliable • Protection class IP67

Fit for new machine regulations

TR-Electronic now offers EPLAN macros for download for the various standard rotary encoders of the C__582 series. This enables simple, seamless integration of the electrical side of the sensors from TR-Electronic into the electrical plan of the machine or system. Depending on how you work, different views can be used, which, for example, show bus and supply lines in separate units (for the separate documentation of data and supply lines) or together in one unit. If you work with pre-assembled cables and therefore do not need any detailed information about the cores of the bus cable, you can use a particularly compact representation. For integration in parts lists, it is advisable to store the part order number of the selected rotary encoder in the macro data. This means that parts lists can also be easily created using the electrical plan and the decisions made on the design, interface, shaft geometry... are clearly defined via the part number. Like all product documentation, the macros can be found in the downloads for the individual items on the TR-Electronic website via the product selector. The assignment to article numbers that can be ordered ensures that the macro valid for the respective rotary encoder is reliably identified. The EPLAN macros complement the already available STEP 3D data of the latest encoder generation from TR-Electronic. This allows users to efficiently and reliably integrate TR rotary encoders into the mechanical and electrical design of a machine or system. EPLAN® is a registered trademark of EPLAN Software & Service GmbH & Co. KG or its affiliated companies in Germany and other countries.

Strong partners for your complete solution with Bosch Rexroth and Kassow Robots. We are a Certified Excellence Partner of Bosch Rexroth in the fields of linear technology, assembly technology, and electric drives and controls. As one of the few companies in Germany, we can offer you not only the right components from Bosch Rexroth but also in-depth technical consulting throughout the entire process. Together with the robotics company Kassow Robots, which is also part of Bosch Rexroth, we combine the strengths of three experienced companies and create unique synergies for innovative automation solutions.

The transponder-coded safety systems from EUCHNER are modern interlocking devices or guard locking devices of type 4 for the protection of persons, machines and processes. They are based on non-contact transponder technology (RFID) and consist of a coded actuator, a read head and evaluation electronics. In some systems, the read head and evaluation electronics form a self-contained unit. All safety functions are combined in a single component here (internal evaluation). With external evaluation, the actuator is read via a separate read head connected to an evaluation unit in the control cabinet. Your benefits - Maximum protection against tampering due to uniquely coded actuator - Highest safety category and Performance Level (PL) according to EN ISO 13849‑1 - Depending on the application, a device with a suitable actuating range can be selected - The large actuating range offers greater door guide tolerance - The actuator can be rotated within the read head’s actuating range - Less sensitive to dirt on the surface - Largely insensitive to vibration and shock - Can be used in harsh environments - Suitable for areas with increased hygiene requirements