UHT System
The Hygienic ESL Filling & Closing Bench is a UHT sterile filling chamber designed for laboratories and pilot plants, ensuring a working environment with sterile airflow from the HEPA filter. The system allows filling and packaging in a hygienic environment, minimizing contamination and oxygen in the packaging headspace, making it suitable for products such as dairy, non-carbonated beverages, juices, soups, sauces, and alcoholic drinks. Featuring a hygienic filling nozzle, temperature sensor, touch screen, and condensate cooler, the device optimally supports CIP, SIP, and automated production processes when integrated with OMVE’s UHT system.
Ion Chromatography
IC6200 Series Intelligent Ion Chromatograph As an authorized distributor of the IC6200 Series Intelligent Ion Chromatograph, we are proud to introduce a next-generation ion chromatography system designed to deliver exceptional analytical performance for modern laboratories. The IC6200 Series combines high precision, outstanding stability, and intelligent operation to ensure accurate and reliable ion analysis while significantly improving laboratory productivity. Featuring a newly upgraded industrial design, the system is equipped with a 10-inch intelligent touchscreen for intuitive operation and seamless workflow management. The innovative ambient lighting design enhances both aesthetics and user interaction, creating a modern and comfortable laboratory experience. Whether for environmental monitoring, pharmaceuticals, food safety, chemical analysis, or scientific research, the IC6200 Series provides the performance and reliability professionals can trust.
Ion Chromatography
Ion chromatography (IC) is a fast, highly sensitive, and selective analytical technique, particularly effective for the determination of anions. Its outstanding performance offers significant advantages over many conventional analytical methods. Thanks to its accuracy and reliability, ion chromatography is widely applied across various industries, including chemical manufacturing, pharmaceuticals, environmental monitoring, public health, and semiconductor production. It has also been adopted as a recognized standard analytical method in numerous regulatory and industrial applications.
Ion Chromatography
Ion Chromatography (IC) is a proven analytical technique based on ion-exchange chromatography, widely used for the accurate determination of both anions and cations across various industries. Unlike conventional HPLC systems that are designed for a broad range of applications, Ion Chromatography systems are purpose-built and optimized specifically for ion analysis. This dedicated design delivers superior sensitivity, excellent reproducibility, and reliable performance, making IC the preferred solution for laboratories requiring precise ionic measurements. Whether for environmental monitoring, pharmaceutical quality control, food and beverage testing, or industrial applications, Ion Chromatography provides dependable analytical results while improving laboratory efficiency.
Microscope
High-resolution surface imaging of samples without physical contact, minimizing damage during scanning.
Microscope
In this alternative technique to non-contact mode, the cantilever again oscillates just above the surface, but at a much higher amplitude of oscillation. The bigger oscillation makes the deflection signal large enough for the control circuit, and hence an easier control for topography feedback. It produces modest AFM results but blunts the tip’s sharpness at a higher rate, ultimately speeding up the loss of its imaging resolution.
High-resolution surface imaging of samples without physical contact, minimizing damage during scanning.
Dissolution Tester
The IN-SITU FIBER OPTIC UV FOR DISSOLUTION TESTING - DISTEK Opt-Diss 410 brings dissolution measurement directly to the vessel, eliminating the need for manual or automated sampling along with the associated consumables, labor, and off-line analysis. Choose from patented ARCH probes, designed specifically for dissolution testing with negligible hydrodynamic impact, or the new patent pending Variprobe Adjustable Pathlength Dip Probe, which easily adjusts between 2mm, 5mm, 10mm, and 20mm pathlengths to accommodate a range of sample concentrations. By moving light rather than liquids, the in-situ fiber optic UV system of the Opt-Diss 410 removes the need for filters, tubing, and syringes, saving time, labor, and costs, while enabling near real-time data collection with sample points as frequent as every five seconds