KxS Technologies

Season's Greetings from KxS Technologies! As we reflect on an eventful 2024, we want to extend our heartfelt thanks to our valued customers and partners for your trust and collaboration. Looking ahead to 2025, we are excited to continue growing and succeeding together. At KxS, our engineers work hand-in-hand with customers to optimize processes, ensuring the best possible outcomes. We remain steadfast in our commitment to serving the world's critical liquid applications and empowering our partners and customers to thrive. Wishing you a joyful holiday season filled with warmth, happiness, and celebration. #SeasonGreetings #ThankYou #Teamwork

Celebrating collaboration and innovation with Metropolia University of Applied Sciences students! A big thank you to this year’s talented project teams from Metropolia University of Applied Sciences for your invaluable contributions to KxS! At KxS, we’ve had the privilege of partnering with Metropolia throughout our history, offering students real-world product development challenges. Over the past four years, 51 students have participated in these exciting projects and tasks ranging from production testing devices to wash solutions and cleanroom development. Their efforts have significantly contributed to improving our product offering and quality and enhancing production efficiency. The most rewarding part? Watching students incredible learning journey. At the start, students may feel overwhelmed, unsure of what lies ahead. But fast forward three months, and they’re confidently presenting groundbreaking solutions—becoming the leading experts on their projects. It’s surprising—and a bit bittersweet—that so few companies seize this win-win opportunity. Students gain hands-on experience with real-world product development and insights into the business world. Universities benefit from completed, practical projects. And companies like KxS enjoy fresh, high-quality design work and the chance to connect with emerging talent. To the students: Congratulations on your achievements! We’re excited to see where your journeys take you. And who knows? Maybe we’ll cross paths again—whether as colleagues or collaborators. #Innovation #Collaboration #TalentDevelopment #EngineeringExcellence #KxS #MetropoliaUniversityOfAppliedSciences

Fermentation is a hot topic in the bioprocessing industry where a variety of biological products are produced from mammalian cells growing in the presence of nutrients in given conditions in a fermenter. The end-products range from amino acids, vitamins, biopharmaceuticals, enzymes and food products. Inline refractive index provides a direct method for monitoring the dissolved nutrient, typically glucose or other carbon sources. When key nutrients are completely consumed the fermentation is stopped. There are well established measurement techniques to monitor the optical density, a measure of the concentration of viable cells, while KxS DCM-20 is uniquely designed for inline monitoring of total dissolved solids. https://lnkd.in/dM3fpqva KxS process refractometer DCM-20 with 1” Ingold process connection is designed with highest hygienic industry standards to integrate in pilot and high-volume manufacturing bioreactors and ultrafiltration systems. Every wetted part, from the sensor to gaskets and flow cells, meets strict safety and traceability requirements. Key materials like PTFE, EPDM, and prism materials are certified as ADI-free, BSE-free, and TSE-free. A big thanks to Amerging Technologies collaborating with us during CPHI and PMEC India November 25-27, 2024. #fermentation #bioprocessing #bioreactors #Pharmaceuticals #FoodAndBeverage #Biofuels #cultivatedmeat #inlinerefractiveindex

Precision meets practicality: The Refractive Index measurement principle Discover how the refractive index (RI) technology behind KxS refractometers transforms industrial process control in liquid processing and operations. Our latest technical note dives deep into the science of RI measurement, Snell’s law, and the critical angle of total reflection, showcasing how these principles excel in real-world applications—even in challenging conditions like turbid solutions, crystallizers, or high-temperature environments. Read the full technical note here: https://lnkd.in/eVnr6NKs #RefractiveIndex #ProcessOptimization #KxSTechnologies

Innovation born from 40 years of expertise Over the decades, working in close collaboration with our customers, we’ve learned and grown. One breakthrough took us all this 40 years to fully understand and solve: ensuring self-cleaning of the optical window (prism) in various processes with optimal flow conditions. Incorrect sensor installation in pipelines can lead to fouling on the optical window, signal drift, and poor automation performance, e.g., excessive dilution of whey concentrates in membrane filtration or incorrect diversion of wastewater back to treatment instead of the drain. We simultaneously had to tackle another complex dilemma, securing high instrument design hygiene according to 3A and EHEDG. KxS Head of R&D, Harri Salo explains how the solution was finally achieved. "The development of the innovative new SFC Flow Cell was an intensive and challenging journey. From the outset, it was clear that traditional pipe bend installations were not a viable solution. Simulations confirmed they created the worst conditions for flow velocity and shear force on the measurement window, making effective self-cleaning impossible. We then explored a straight pipe with a T-piece, which performed better in terms of flow, but a new issue emerged: the sanitary clamp caused a dead space that lacked adequate flow for self-cleaning. This flaw was not only observed in simulations but also confirmed during the rigorous EHEDG testing process, where the design failed to meet hygiene requirements. To overcome this, we completely re-engineered the design. We replaced the standard sanitary clamp with half flanges, which allowed us to position the measurement window deeper into the flow stream. This minimized dead space in the T-piece while still utilizing the EHEDG-approved 1.5" sanitary clamp gasket. The result was groundbreaking: flow velocity and shear force on the measurement window improved by an impressive 240%, from 0.5 m/s to 1.2 m/s. The new design not only passed the stringent EHEDG tests with ease but also redefined what’s possible in hygienic instrumentation." KxS DCM-20 innovative straight pipe connection with SFC Flow Cell is a game-changer, offering optimal flow profile with no-compromise proven EHEDG hygienity. - Better flow velocity: Delivers significantly better flow over the measurement window than traditional elbow-mounted or T-piece systems. -Simplified installation: Say goodbye to the challenges of elbow pipe bends, which can be difficult to locate within the process and are often inconveniently positioned for user access. - Improved drainage: Prevents residue buildup, unlike traditional designs. - No risk of welding imperfections, SFC flow cell is machined from a single piece. #ProcessOptimization #Innovation #FlowCellTechnology #Refractometry #Automation #KxSTechnologies

What is food safety compliance, and why does it matter? In today’s fast-paced food and bioprocessing industries, maintaining food safety isn't just a regulatory checkbox — it's a fundamental commitment to protecting consumers, ensuring brand integrity, and avoiding costly recalls. As demand for transparency and automation increases, achieving food safety compliance becomes a critical pillar of success. Food safety compliance is about ensuring that every material, component, and process — from raw materials to the final product — is safe, traceable, and hygienic. How KxS Technologies supports food safety: - Certified hygienic design: Our process refractometers are certified to comply with U.S. and EU regulations, including EC 1935/2004 for materials in contact with food and EC 2023/2006 for Good Manufacturing Practices (GMP). - Comprehensive hygienic material certification: Every wetted part, from the sensor to gaskets and flow cells, meets strict safety and traceability requirements. Key materials like PTFE, EPDM, and prism materials are certified as ADI-free, BSE-free, and TSE-free. - EHEDG membership: As part of the European Hygienic Engineering & Design Group (EHEDG), we actively contribute to setting industry standards. Our focus includes sensor cleanability, hygienic integration, and ensuring hygiene installation or operation. Why this matters to you: - Protect consumer health: By reducing contamination risks and adhering to the highest standards. - Ensure regulatory compliance: Avoid fines or recalls by meeting FCM safety laws. - Safeguard your brand: Build trust through proven safety and traceability practices. At KxS, we don’t just comply—we innovate to ensure food safety in every product and process. Learn more about our commitment to safety: https://lnkd.in/d7Th_Gvy #FoodSafety #Compliance #HygienicDesign #FoodIndustryInnovation #Traceability #Automation #KxSTechnologies

We’d love to connect with those heading to Inter Dairy 2024 in Mumbai next week! Let’s discuss how KxS refractometers can optimize your whey filtration processes.

Heading to Inter Dairy Exhibition 2024? Let’s connect! KxS Technologies, in partnership with our trusted distributor PARSHVI Technology (India), invites you to discover the future of dairy processing. What’s on offer? Dive into the world-leading technology for in-line Total Solids (TS) and Brix measurement—designed to optimize processes like whey protein concentrate (WPC) filtration and reverse osmosis (RO). Why visit us? - Learn about the revolutionary KxS refractometer and SFC flow cell, engineered for high-pressure, high-flow applications in demanding environments like RO. - Say goodbye to the failures of pipe bends or T-pieces and hello to stability and precision. Discover how we have eliminated fouling issues of prism that cause refractometer signal drift upward, triggering unnecessary dilutions, and resulting in off-spec products. Fouling also reduces membrane efficiency, increases downtime for cleaning, and shortens membrane lifespan. - See how real-time TS/Brix feedback empowers automated adjustments, ensuring consistent product quality and extending membrane lifespan. Our experts are ready to meet you! Let’s discuss how we can transform your dairy operations with precision and reliability. #InterDairy2024 #DairyProcessing #WheyFiltration #ParshviTechnology #KxSTechnologies #TotalSolids #BrixMeasurement #DairyTechnology #ProcessOptimization #MembraneFiltration #IndiaDairyIndustry

Istanbul brings together professionals in the chemical industry in Eurasia for a week at the Turkchem 2024 exhibition. IO PROCESS Elektronik Makine San. ve Tic A.S. presents trusted inline instrumentation for critical chemical processes in chemical, food&beverage, bioprocessing industries. We focus on contributing as experts to experts developing applications for people to excel.

Have you ever considered how advancements in sensor technology are transforming optical instruments? Modern Complementary metal-oxide-semiconductor (CMOS) sensors - like those in smartphone cameras are a prime example, offering incredible benefits for optical image detection. Let’s dive into some key advantages of CMOS sensors and why they’re shaping the future of instruments like refractometers. We'd also love to hear your thoughts—what other sensor innovations are you excited about? In modern digital process refractometry, CMOS image sensors have largely replaced Charge-coupled devices (CCDs), which were more commonly used in the 1980s. CMOS sensors offer clear advantages that make them best suited for refractometer optical image acquisition especially in industrial settings with challenging conditions. 1. Resiliency to external light Modern CMOS sensors are more resilient to external light interference, producing more stable readings even with variations in ambient light and can adjust well to varying light conditions without additional shielding. 2. Un-affected by undissolved particles (e.g., sugar crystals) in the measured media The architecture of CMOS sensors helps them cope with undissolved particles. CMOS sensors are indeed better suited to the critical angle measurement principle in refractometry, as their design optimally supports the pixel-by-pixel detection required to accurately identify the light-to-dark boundary in the optical image. 3. Higher temperature tolerance With the ability to withstand temperatures up to 20°C higher than traditional CCD elements, CMOS sensors open the door to applications in harsher environments, such as industrial, and outdoor settings, where elevated temperatures are common. They also allow for more compact and sustainable designs. This resilience enables the development of smaller, lighter instruments—a key factor in industries where material and weight constraints are crucial for sustainability goals. 4. Supply chain security and component availability CCD manufacturing has become more niche with the advent of CMOS. The ecosystem of CMOS components is more robust, offering diverse supply options that help mitigate risks in global supply chains. This ensures better reliability for manufacturers and users alike, making CMOS sensors a more secure choice for modern instrumentation. #KxSTechnologies #CMOS #Refractometry #OpticalInstruments #Sustainability #TechAdvancements #DigitalTransformation