Leaks in compressed air, vacuum, steam and gas systems cost companies tens to over a hundred thousand francs per year. Leak detection can be carried out faster and easier with the new generation of sound cameras than with old devices and procedures. The detection also works during ongoing, noisy operation, when your hearing cannot detect any leaks due to the noise, within a few moments of switching on the camera You will precisely discover the first leaks on the screen as a colored area and document them with the push of a button. Act now, electricity costs are rising dramatically, don't let your energy costs for producing compressed air eat away at your valuable profits! The Fluke ii900 / ii910 and FOTRIC TD3 sound cameras are able to receive sound in the ultrasonic range with the integrated microphones and to calculate and display the corresponding position on the live video image from the transit times of the sound waves. You can detect even small leaks in gas, compressed air, vacuum and steam lines at a distance of several meters. Finding and documenting leaks with this camera is 5 times faster and easier than with known locating devices and techniques! The sound cameras also work in noisy environments because they use intelligent filters to filter out ambient noise and only display the relevant sound waves in the ultrasonic range generated by the leaks. In compressed air and vacuum systems, losses of up to 30% of the electrical energy invested can occur and can quickly amount to several 10,000 to 100,000 CHF per year. It is therefore worth dealing with this type of energy loss, especially since leak detection with our sound cameras is easier, faster and more precise compared to the outdated "headphone parabolic mirror devices"!

The ceiling-mounted, fast and precise FANUC SR-3iA/U robot eliminates the so-called ‘dead zone’ that conventional SCARA robots typically suffer. No space is lost in the center of the work envelope as the entire workspace underneath the arm can be utilised. Furthermore, the design and specification of the SR-3iA/U make it a cost-effective, easy-to-configure alternative to more costly delta robots in a host of assembly, packaging and material handling applications. With a push-down force of 150 N, the robot can fulfil a myriad of ‘pick and place’ material handling and packaging applications thanks to its very high-speed capabilities.

Speed meets precision - fast, accurate assembly and handling Offering the next level in speed and precision, FANUC SCARA robots are ideally suited to assembly, pick and place, inspection and packaging applications. Depending on your needs, FANUC SCARA robots are available with either 3kg, 6kg or 12 kg payload capacities. All models operate in a 360° envelope and, by virtue of their pedestal-mount design, occupy a small space-saving footprint. Integrated services prevent the risk of snagging. Like its smaller counterparts, the SR-12iA comes with FANUC’s state-of-the-art software and features. It is powered by the R-30iB Compact Plus controller and integrates the image processing tool iRVison, the logistics software iRPickTool, conveyor tracking, fieldbus connectivity, integrated safety, and most other software options. For easy robot set-ups and programming, the model offers FANUC’s new SCARA iRProgrammer. This software interface runs on tablets or PCs and can be easily accessed through a web browser. Thus, the SR-12iA is continuing to bring proven FANUC quality and service to the world of SCARA robots.

With the TD2e acoustic leak detector, FOTRIC has created the "multimeter" for leak detection: affordable (under CHF 1000), easy to use, sufficiently sensitive, and largely unaffected by production noise. The device delivers top performance at an amazing price for leak detection during operation in compressed air, vacuum, gas, and steam systems. See for yourself at our booth whether the FOTRIC TD2e, with its compact and lightweight design, delivers top performance compared to the "heavyweights" on the market, all at a great price. Never heard of an acoustic leak detector or familiar with this type of detection as described above? Learn about this technology at our booth. Our technician will explain how it works, what you need to pay attention to, and where the limitations of this relatively new technology lie.

Warn- und Sicherheitskennzeichnung nach allen relevanten, nationalen und internationalen Normen und der betrieblichen Praxis. Produkte für alle Bereiche der industriellen und gewerblichen Kennzeichnung.

Energy-saving ideas in every component You can meet virtually any compressed air demand with fluid-injected rotary screw compressors from Kaeser. We offer a huge selection of compressors ranging from 18.5 kW right up to 315 kW. All models are equipped with energy-saving 1:1 direct drive. The motor drives the airend directly without transmission loss via a maintenance-free coupling. You can choose between the following models: for integration in your compressed air station: our basic model with refrigeration dryer for high compressed air quality: T versions (ASD, BSD, CSD, CSDX and DSD series) with variable-speed drive for optimal efficiency and broad control range: SFC models New: With synchronous reluctance motor: Significantly greater efficiency - especially in the partial load range - than comparable asynchronous systems enables considerable energy savings. as complete solutions with integrated refrigeration dryer and variable-speed drive: T SFC versions (ASD, BSD, CSD, CSDX and DSD series) Our fluid-injected rotary screw compressors are the perfect choice for industrial compressed air applications. We’d be glad to help you select the size and model that perfectly meets your requirements. Your advantages Exceptional efficiency: The use of IE3 motors has been mandatory in the EU since January 2015. Furthermore, we already use IE4 motors in our BSD – FSD models with 1:1 drive to provide you with even further energy savings. Longer service life: Electronic thermal management dynamically controls the fluid temperature of ASD, BSD, CSD, CSDX, DSD, DSDX, ESD and FSD series compressors. This not only saves additional energy, but also reliably prevents condensate formation and associated moisture damage.

Für die Absperrung überdimensionierter und ungewöhnlich geformter Schalter perfekt geeignet.

The SCPS/SCPSi compact ejectors with new Eco nozzle technology are characterized by their energy efficiency and intelligence. They are ideal for a wide range of highly dynamic handling processes, for example in the packaging industry. Your benefits: Around 15 percent less compressed air consumption with active vacuum generation. Around 15 percent higher pumping speed for process-reliable handling of workpieces such as cardboard boxes that suck through Energy and process control for monitoring and controlling the entire process

• A real lightweight with a small footprint • Simple installation - low energy consumption - short cycle times • Ideal for use directly at the gripper or on a moving axis • The modular design allows up to 16 individual ejectors to be controlled and configured individually • All data and values are available via the IO-Link or via wireless communication with NFC.

The Smart Dot 50 Standard Touch Button combines modern touch operation with powerful multicolor signaling in a compact device. As part of the Smart Signaling 50 platform, it offers an efficient solution for industrial applications where operation and visual feedback seamlessly interact. The capacitive touch button enables reliable and intuitive operation. At the same time, integrated LEDs provide a clear visual status indication. With up to 6 colors and various light modes, the device can be flexibly adapted to different requirements. High light output and excellent color brilliance ensure optimal visibility, even in challenging environments. Thanks to M22 single-hole mounting and an M12 connector, fast and easy installation in line with plug & play is guaranteed. Designed for industrial use, the touch button stands out with its robust design, high protection rating, and wide temperature range. The Smart Dot 50 Standard Touch Button is ideally suited for applications in mechanical engineering, automation, and control cabinet construction, where clear signaling and intuitive operation are essential.

Simple – Secure – Seamless Unlock the full potential of your production data! The SDEX Suite seamlessly connects the shop floor and IT – for efficient and future-proof data integration. What the SDEX Suite offers: - End-to-end connectivity via OPC UA and MQTT - Aggregation and structured provision of data - High security for OT-IT communication Flexible deployment: as software for Windows, in Docker environments or as a hardware gateway. Choose one platform – with Softing Industrial

Seals play a crucial role in a wide range of industries. From the automotive industry to food processing right through to power generation. In a dynamic environment where precision and efficiency are essential, sealing technology offers solutions to prevent leaks, minimise contamination of the sealing system and ensure smooth operational processes. Seals made of elastomers, polyurethanes and thermoplastics are becoming increasingly popular in many areas of industry, often as early as the design phase. The main task of seals is to prevent unwanted media transitions and to exclude contamination of the sealing system. In order to provide customers with optimum support, a great deal of experience is required when designing a seal, taking into account a wide range of factors: from operating media, pressures and temperatures to speeds, surfaces and the right choice of material. Industrial applications are becoming increasingly demanding. For example, protection against product contamination by foreign particles is a top priority. Certified materials, for example for O-rings or flat gaskets such as FDA, EU 1935/2004, USP Ch. 87 + Ch. 88 - Class VI, DVGW, 3-A Sanitary Standard, drinking water approval, etc., can significantly minimise economic risks.

With the seam tracking system from volkert, a wide variety of weld seams can be welded autonomously by the robot. The system is characterized by easy handling for the operator.