By nanoSaar AG
For industrial (I), cosmetic (C) or nutritional (N) applications Our modular P1 I/C/N production facility contains an MJR® with a maximum throughput of 600 liters per hour. Siemens-based control software ensures full compatibility with your existing production environment. Designed to international legal standards, it is configurable for a wide range of industrial, cosmetic, and nutritional applications.
Max. output: 30 liters per hour Max. pressure: 40 bar The size of a suitcase, the LK1, LKOS, and LKOS Twin enable precise liquid pumping for outputs of up to 30 liters per hour. These versatile units are the standard tool for R&D-phase precipitation, emulsification, and encapsulation work. They feature micro gear pumps with high-precision flow rates, MJR® reactors with nozzle sizes ranging from 50 to 1,500 µm, inlets for inert or reactive gases, and a fully software-controlled environment.
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Max. output: 80 liters per hour Max. pressure: 210 bar Max. temperature: 250°C The LGHT was designed for R&D high-pressure applications. Generating hydrodynamic pressure of up to 210 bar, it triggers higher acceleration rates and increased turbulence — ideal for thermally supported chemical processes, melting processes, matrix encapsulation, and high-precision emulsification.
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The P1UP bridges the gap between laboratory development and full industrial production. Designed as a highly flexible upscaling device, it is individually configured to match your specific process requirements — making it the natural next step after lab validation and before full-scale production deployment. Siemens-based control software ensures full compatibility with your existing production environment. The modular design allows precise adjustment across a wide range of industrial, cosmetic, and nutritional applications. Max. output: 600-800 l/h Max. pressure: 70 bar Max. temperature: 70°C
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