We specialize in designing and manufacturing advanced electromagnetic flow meters, which are essential for measuring conductive liquids in various applications, including the monitoring of dirty flows, mud, and corrosive substances. Utilizing Faraday's law of electromagnetic induction, our flow meters provide accurate measurements even in challenging conditions. Additionally, we offer vortex flow meters, which feature a non-streamlined vortex generator that creates alternating vortexes in the fluid. These meters can be categorized based on their frequency detection methods, including stress type, strain type, capacitive type, thermal type, vibration type, photoelectric type, and ultrasonic type. Our ultrasonic flow meters are designed to measure flow by detecting changes in frequency, ensuring precise and reliable flow measurements across different industries.
Flow Meters
Pressure Sensors
We Design and Build Smart Pressure Transmitter and part of the Compact Line. The product line is especially developed for hygienic applications and combines a compact design with full performance. The proven technology is suitable for the measurement and monitoring of absolute and gauge pressure in liquids and gases. Thanks to the compact sensor design and small process connections, the device is flexible in scale and can be installed in tight space conditions.
Smart is Pressure Transmitter used for the measurement of pressure and level in pipelines as well as in process and storage tanks.
Smart pressure Transmitter is suitable for a wide range of hygienic applications:
Pressure monitoring of process pipes
Hydrostatic level measurement in process tanks/pressurized tanks
Pressure monitoring in narrow skids and modules
Process Automation
Stikine system offer various advancements in analytical instrumentation have significantly enhanced the accuracy and efficiency of industrial processes. Techniques such as Raman spectroscopy, tunable diode laser absorption spectroscopy (TDLAS), and quenched fluorescence (QF) are pivotal for precise chemical analysis. In parallel, electromagnetic flow meters and smart pressure transmitters optimize monitoring in process and storage tanks. Guided wave radar level transmitters utilize the principle of time travel for unparalleled level detection, while microwave technology furthers this capability. Additionally, temperature switches and transmitters ensure accurate temperature readings, contributing to the effective management of process gases and liquids. The integration of these technologies, alongside ultra-fast weight indicators, exemplifies the synergy of industrial innovation and consumer-grade technology, establishing a robust framework for flow control and regulation across various applications.
We specialize in designing and constructing Radar level meters have become essential tools in industrial automation due to their exceptional precision and reliability. Utilizing non-contact measurement capabilities, these sensors operate by emitting electromagnetic waves from the top of a tank. When these microwaves encounter the surface of the medium, they are reflected back to the radar, allowing for accurate level detection. Similarly, guided wave radar level transmitters measure levels based on the principle of time travel. In this case, high-frequency pulses are transmitted along a cable or rod probe. When the pulse hits the material's surface, it reflects back and is captured by the receiver. Both technologies enable efficient and accurate monitoring of inventory levels, playing a critical role in improving operational efficiency across various industries.
Level Sensors
Temperature
We specialize in designing and constructing temperature sensors and transmitters tailored for diverse industrial applications. These devices transform temperature variations into a 4-20mA current signal output, making them essential in numerous industrial control systems. The 4-20mA signal format is particularly advantageous, as it minimizes signal loss during transmission and enhances data accuracy and reliability. Our temperature transmitters are adept at monitoring temperatures across a range of environments and substances, including air, water, and materials in industrial processes. While both temperature switches and temperature transmitters serve the purpose of temperature detection, their functionalities differ; temperature switches typically provide on/off control based on preset temperature thresholds, whereas temperature transmitters continuously relay precise temperature readings for ongoing monitoring and control. This distinction is crucial for optimizing industrial operations and maintaining safety standards.
Our integrated process gas and liquid analytical systems are designed to optimize your operations while significantly reducing costs. With a diverse portfolio of reliable analytical systems tailored for both liquid and process gas applications, we offer full-service integration capabilities that have been proven in projects worldwide. Our extensive range of analyzers includes custom-engineered solutions and standardized application packages suitable for larger systems. Backed by decades of analytical expertise and experience across thousands of installations in various industries—including oil and gas, chemical, water and wastewater, and power generation—our offerings aim to simplify project complexities. By choosing our systems, you gain access to cutting-edge technology that enhances efficiency and accuracy in your processes.
Analysers
Actuators
In the chemical manufacturing sector, our flow control solutions are designed to enhance value by ensuring safe, accurate, and reliable operations. Leveraging our specialized expertise in the isolation, control, and flow regulation of both liquids and gases, we empower our customers to reduce capital and operational expenditures while boosting productivity and equipment uptime. Our products meet the rigorous demands for durability, reliability, and safety expected by clients across the industry. From olefins and aromatics to specialty chemical producers involved in coatings, adhesives, ceramics, and lubricants, we cater to diverse sectors, including the production of polymers, thermoplastics, and polyamides. By choosing our solutions, clients can expect efficient processes that support their critical operations.
Process Automation
The ultra-fast weight indicators for automated weighing systems consist of three modules that share a core technology, all globally approved to reduce complexity for machine builders, integrators, and end-users. This indicator family enables the reuse of existing PLC software across various applications, ensuring compatibility and efficiency in customized solutions. Each project benefits from optimal housing and interface technology. Users can choose from a wide range of controller interfaces, including Profinet (with S2 redundancy support), Profibus DP, Ethernet/IP, EtherCAT, CC-Link IE Field Basic, and Modbus RTU. Additional options like discrete I/O and analog output (4-20 mA) enhance versatility. With pre-programmed applications for filling and dosing, in-motion weighing, and tank weighing, these weight indicators streamline the automation process and meet diverse operational needs.
Weighing Systems
Industrial PC
An essential aspect of the product philosophy and the commitment to utilizing the latest high-performance components and processors. This approach ensures that their industrial PCs feature state-of-the-art technology from both industrial and consumer segments. Each new technological advancement undergoes rigorous testing by us for its industrial applicability, followed by necessary adaptations and optimizations for seamless integration. A remarkable illustration of this philosophy is seen in the incorporation of modern multi-touch technology. As this touch technology progresses in the consumer market, leverages it in their panel PCs, providing advanced and intuitive operational options for machines and systems. This focus on innovative components enhances the functionality and usability of their products, ensuring they remain at the forefront of industrial computing solutions.
In the realm of chemical processing, ensuring the efficiency, safety, and quality of products is paramount. Our comprehensive lab and process optical analysis systems are designed for solids, liquids, slurries, and gases, providing crucial monitoring, measuring, and control capabilities. Utilizing cutting-edge technologies such as Raman spectroscopy, tunable diode laser absorption spectroscopy (TDLAS), and quenched fluorescence (QF), we empower customers to accelerate process development and improve overall process efficiency. These world-class optical analysis systems facilitate enhanced process transparency, allowing for real-time insights and minimizing uncertainties. By integrating our solutions, industries can optimize their key processes, achieve unparalleled product quality, and maximize safety—all while reducing the time required for monitoring and analysis. Experience the difference with our innovative technologies and elevate your chemical processes to new heights.
Spectrometer
Sensors
In today's world, sensors play a crucial role in detecting and responding to various physical phenomena. These devices, which can be standalone units or integrated into larger systems, generate output signals that relay information about environmental changes. For instance, everyday objects like touch-sensitive elevator buttons and dimmable lamps utilize tactile sensors for user interaction. As technology has advanced, particularly in micromachinery and microcontroller platforms, the applications of sensors have proliferated, branching out far beyond traditional uses. This innovation enables countless devices and systems to enhance user experience and improve efficiency, often going unnoticed by the average individual. The design and manufacturing of these sensors not only illustrate the ingenuity behind modern technology but also highlight their integral role in shaping the future of smart environments.
In the realm of chemical processing, ensuring the efficiency, safety, and quality of products is paramount. Our comprehensive lab and process optical analysis systems are designed for solids, liquids, slurries, and gases, providing crucial monitoring, measuring, and control capabilities. Utilizing cutting-edge technologies such as Raman spectroscopy, tunable diode laser absorption spectroscopy (TDLAS), and quenched fluorescence (QF), we empower customers to accelerate process development and improve overall process efficiency. These world-class optical analysis systems facilitate enhanced process transparency, allowing for real-time insights and minimizing uncertainties. By integrating our solutions, industries can optimize their key processes, achieve unparalleled product quality, and maximize safety—all while reducing the time required for monitoring and analysis. Experience the difference with our innovative technologies and elevate your chemical processes to new heights.
Vision Camera Systems
Industrial Monitors
In today's world, sensors play a crucial role in detecting and responding to various physical phenomena. These devices, which can be standalone units or integrated into larger systems, generate output signals that relay information about environmental changes. For instance, everyday objects like touch-sensitive elevator buttons and dimmable lamps utilize tactile sensors for user interaction. As technology has advanced, particularly in micromachinery and microcontroller platforms, the applications of sensors have proliferated, branching out far beyond traditional uses. This innovation enables countless devices and systems to enhance user experience and improve efficiency, often going unnoticed by the average individual. The design and manufacturing of these sensors not only illustrate the ingenuity behind modern technology but also highlight their integral role in shaping the future of smart environments.