Exhibitor products

Discover the complete range of Asyril flexible feeders for components from 0.1 mm to 150 mm! Asyril has developed vibratory parts flexible feeders to offer an efficient solution for the unbulking of all types of components delivered in bulk. The Asycube is compatible with all robots and PLCs thanks to its TCP/IP and Modbus TCP compatible communication. Various plugins are available for easy system integration. Using Asyril’s EYE+ smart control system, will allow you to optimize the performance of your Asycube for an optimal flexible feeding solution. Complete range: - Asycube 50: The Asycube 50 flexible feeder is ideal for small flat or cubic components between 0.1 and 5 millimeters in size. - Asycube 80: The Asycube 80 flexible feeder is ideal for small flat or cubic components between 3 and 15 millimeters in size. - Asycube 240: The Asycube 240 flexible feeder is ideal for small flat or cubic components with a size between 5 and 40 millimeters. - Asycube 380: The Asycube 380 flexible feeder is ideal for components between 15 and 60 millimeters in size. - Asycube 530: The Asycube 530 flexible feeder is ideal for components between 30 and 150 millimeters in size.

In addition to individual components, Föhrenbach supplies systems ready for installation as well. These systems can be assembled from different components, manual / motorized axes and / or rotary axes - as desired and depending on the requirements.

The digitization of enterprise environments has once isolated OT networks have today (operational technology) have now become strongly intermingled with IT networks (information technology) networks. The resulting IT-OT enterprise networks that have emerged as a result should be be protected primarily by IT security teams. The challenge is that the OT systems mostly use proprietary protocols and include assets that are not compatible with IT security tools - and thus cannot be not be captured and monitored by IT security teams. This is where Claroty Continuous Threat Detection (CTD). CTD provides the necessary data for the Claroty platform to enable IT security teams to the risks in both IT and OT environments. minimize.

There are 6 sizes available, ranging from Ø 50 mm to 200 mm. Compensation in the X/Y direction and tilt angle is achieved through elastomer elements. The -ZV version features a central pneumatic locking mechanism along the center axis for added security. For precise screwing and rotating applications, the -VS version includes a mechanical anti-rotation feature.

IPR compliance wrists correct positioning errors during assembly or when inserting workpieces into machining fixtures or workpiece carriers. These corrections are made using specially developed elastomer elements. This prevents jamming and tilting of the workpieces, minimizes joining forces and torques and protects the robot. Depending on the application, options such as overload protection, pneumatic locking and / or angle of rotation limitation are available.

Optimised production processes and time savings thanks to the assembly service from PFLITSCH. The use of ready-assembled assemblies is ideal for recurring requirements for unchanging track layouts. In this way, customers receive ready-to-install trunking systems at a fixed price and thus have costs and under control. If desired, PFLITSCH will accompany the customer through the entire process from planning to project planning. Alternatively, the customer can also implement the desired route with the easyRoute planning tool. In the end, the finished assembly is delivered on the agreed date. Even special solutions - such as individual cut-outs, fastening parts or paintwork - can be realised with the assembly service.

Our assembly services stand for precision, efficiency, and the highest quality. We handle the professional assembly of mechanical, electromechanical, and electronic components – precisely according to your specifications. Through standardized processes, modern manufacturing methods, and rigorous quality control, we ensure reliable functionality and high process reliability. Flexible, punctual, and scalable – for turnkey solutions from a single source. (Image generated by AI)

Our assembly department ensures the precise assembly of all components, with maximum accuracy down to the millimetre being crucial. Each enclosed part is carefully assembled to ensure a perfect fit. We also take care of the final finishing to guarantee a durable and perfectly harmonised end product. You can find out more about component assembly in the attached pdf.

- for precise and safe manual infeed and outfeed of parts in an automatic system. - modular system for simple assembly, transportation and easy adjustment | high wear resistance | almost maintenance free. - ergonomic operation. - options and special solutions: swivel field | support roller | external support wheel | double carrier pneumatic drive and much more.

Condensation can form on the cold side of the heat sink in Peltier coolers whenever the temperature inside the enclosure falls below the temperature of the surrounding air. High humidity and leaks in the enclosure can result in higher quantities of condensation. A condensation trough is installed underneath the cooler to capture and drain off condensation. The trough can be mounted using the screws of the cooler. Condensation is drained off through the attached hose, which is included in delivery.

Bachmann electronic presents a scalable smart maintenance solution for condition monitoring in the maritime environment. It allows for the gradual introduction of condition monitoring that can be flexibly adapted to the requirements of mechanical and plant engineering as well as the process and manufacturing industries. This approach enables companies to optimize their maintenance processes step by step without having to make immediate, comprehensive investments. In the first step, existing process data is systematically recorded and evaluated without the use of additional sensors. Condition monitoring is integrated directly into the control environment, ensuring fast commissioning and close coupling with other system data. In the second step, the system is expanded to include specific sensor technologies. The third stage involves the integration of a standardized CMS function. Here, not only more data is obtained from the AIC module, but it is also linked to a kinematic system model. This intelligent coupling is permitted to allow for more precise diagnostics, such as the identification of damage to bearings or gears long before a failure is imminent. The evaluation takes place directly on the controller, minimizing response times and backing up data consistency. In the fourth and final step, the system becomes a predictive maintenance solution: continuous monitoring enables critical wear to be detected at an early stage and early warnings to be triggered before damage leads to costly downtime. These monitoring solutions are based on robust and certified hardware components such as the AIC206 and AIC214 modules for recording vibration data and the CMSPLC software as a standardized application platform. In addition, WebLog Suite, a powerful condition monitoring software, offers a holistic approach to data management and data analysis.

Better safe than sorry – this is also true for cable carrier systems. Good (to know) that we have developed something for you… Are you the one responsible for trouble-free operations of machines and systems? Then let us take some weight off your shoulders. Because our new Condition Monitoring System does not only monitor the wear on gliding shoes of diverse cable carrier types and the push/pull forces on long travel lengths, it can also take on another additional task: You can keep an eye on the wear outside the cable carrier without any additional cables inside the cable carrier. The condition sensors are integrated into the guiding channel or alternatively into the driver sledge, so that the inner widths of the cable carrier can still be used without any limitations. Since every machine is different, you can program the systems to your needs and different applications and set the limits individually. Free switching outputs are also available for connecting the monitoring system with your own machine or systems control unit. So, what is your benefit as a customer? Well, first of all, you can sleep more soundly – because our Condition Monitoring Systems helps you to have the cable carrier system always in view and under control. You can prevent downtimes of systems and machines, if maintenance work is carried out at an early stage and as scheduled – the keyword is predictive maintenance. All this saves you time and money. If that doesn’t make you to become a control freak. ∕∕ accurate measuring of wear degree on gliding shoes for many cable carrier series and types ∕∕ push/pull force monitoring system for long travel lengths ∕∕ wear monitoring outside the cable carrier ∕∕ for process-critical machines and systems ∕∕ saves costs due to higher availability and predictive maintenance ∕∕ standardized hat-rail module for installation into control cabinet

CONEC Hybrid connectors soon to be certified according to IEC standard 61076-2-118. For conventional cabling of electric motors, servo drives or power supply units or linear units/drives, a great deal of wiring work is required. Separate lines for power and data/ signal transmission are used for different, separate tasks. This wiring concept is not only expensive, but also needs a lot of construction space and is expensive to install and maintain. Due to the constantly increasing cost pressure and the miniaturization of end devices, in combination with an increasing data volume and high transmission speeds, new solutions for more efficiency in the field of wiring are in demand. Wiring of the power supply and the control of motors and servo drives is exemplary. Until now the conventional approach, each individual motor is wired separately and elaborately to the control cabinet, with the decentralised approach, many consumers are linked with standard connecting cables via a "daisy chain". With the newly developed CONEC Hybrid connector series (B12, B17, B23, B40), a compact hybrid connector system has been developed which combines and transmits the power supply and data transfer to CAT5 via a specially developed hybrid cable. This one-cable technique corresponds to modern connection and interface wiring technology and saves space, time and costs. With the angled B23 hybrid receptacle, it is possible to equip servo drives with an output of more than 20 kW with a one-cable solution. By turning the cable outlet in 18 steps, the receptacle can be adjusted to the respective installation situation in the machine and allows a stress-free connection of the cable regardless of the assembly situation. Locking of mated connector is secured with a bayonet fastener, so that a time-consuming screw connection by means of a torque wrench is no longer necessary. A quarter turn ensures a secure connection and IP67 protection class.

CONEC was established in Lippstadt - Germany in 1978. The company develops and produces high quality and precise connectors. The products are being used in communications, automation & control, automotive industry, aerospace, energy, medical and harsh environments. The quality management system of CONEC is proven according to TS 16949 and DIN ISO 9001. As a franchised partner the CONEC Distributor Börsig sells their connectors from stock and with personal advice since 2014.

eddylab offers connectors that are suitable for high temperature or high radiation environments due to inorganic construction. They are available in different sizes and various number of poles. The patented connection for “inside containment use” (K1) provides maximum safety through hermetic sealing without any use of additional sealing materials, reduces installation effort to a minimum, and increases service life. The ball-cone connection between the plug and mating connector enables hermetic sealing without an additional sealing element and forms a detachable plug connection. The pin insert is hermetically sealed by welded connections. The signal-carrying pin contacts are installed in the connecting element with a ceramic insulator. The connection is hermetically sealed in both plugged and unplugged states.