MicroSolv SR720.6 Solvent Recycler

Description

The MicroSolv SR720.6 Solvent Recycler is a sophisticated solution designed for efficient solvent reclamation in laboratory settings. Built with precision and reliability in mind, this recycler addresses the need for sustainable and cost-effective solvent management. Its compact and robust construction allows seamless integration into various laboratory setups, promoting resource conservation. The SR720.6 boasts a cutting-edge design with a distillation capacity of 6 litres, providing an ample solution for solvent recovery needs. Equipped with a high-performance heating system, it achieves precise temperature control up to 150°C, ensuring optimal distillation efficiency. The recycler operates on a standard electrical supply of 110-240V, accommodating diverse laboratory environments. Its durable stainless steel construction guarantees longevity, and the device is compatible with a range of common laboratory solvents. Engineered for versatility, the SR720.6 excels in solvent recovery through a user-friendly interface and intuitive controls. The recycler features an automated distillation process, enhancing operational efficiency and minimizing user intervention. A safety shutdown mechanism prevents overheating, safeguarding both the equipment and the laboratory environment. The device supports unattended operation, enabling researchers to focus on their core activities while maintaining a sustainable solvent management practice. The SR720.6 Solvent Recycler offers seamless integration into laboratory workflows with its flexible connectivity options. It is equipped with standard interfaces for external control and monitoring, allowing integration with laboratory management systems or third-party automation solutions. The recycler also features USB and Ethernet ports for data logging and remote access, facilitating convenient operation and data retrieval. This connectivity ensures compatibility with modern laboratory setups, promoting a streamlined and connected solvent recovery process. Multiple available.