The RETSCH 405350001 Sample Divider PT 100 Drive Unit is a powerful and versatile laboratory instrument designed to provide accurate and efficient sample splitting for a wide range of applications. With its robust construction and advanced technology, this drive unit ensures precise division of samples, allowing researchers and scientists to obtain reliable and reproducible results.
This sample divider is equipped with a high-performance drive motor, which operates smoothly and quietly, delivering consistent and reliable performance. The motor is designed to operate at a voltage range of 100-240 V, making it compatible with various power supplies across different regions. Additionally, the unit's frequency range of 50/60 Hz ensures optimal operation and adapts to the power specifications of each laboratory.
The RETSCH 405350001 Sample Divider PT 100 Drive Unit features a user-friendly interface, allowing easy control and adjustment of various parameters. The adjustable vibration intensity enhances sample division accuracy, ensuring that the desired quantity of material is obtained for further analysis. The intuitive control panel allows users to customize the splitting process according to their specific requirements, making this unit suitable for a wide variety of sample types and sizes.
Furthermore, this drive unit is designed with durability in mind. The high-quality materials used in its construction guarantee long-term reliability and efficient performance even under demanding laboratory conditions. The robust design ensures stability and minimizes vibrations, ensuring accurate sample division every time. Additionally, the unit's compact size and ergonomic design make it easy to integrate into existing laboratory setups without occupying excessive space.
In conclusion, the RETSCH 405350001 Sample Divider PT 100 Drive Unit offers exceptional reliability, efficiency, and versatility for sample splitting tasks in laboratory settings. With its advanced features and user-friendly design, this drive unit delivers precise and reproducible results while ensuring long-term durability. Researchers and scientists can rely on this instrument to streamline their sample analysis processes and achieve accurate and consistent data for their studies.
This sample divider is equipped with a high-performance drive motor, which operates smoothly and quietly, delivering consistent and reliable performance. The motor is designed to operate at a voltage range of 100-240 V, making it compatible with various power supplies across different regions. Additionally, the unit's frequency range of 50/60 Hz ensures optimal operation and adapts to the power specifications of each laboratory.
The RETSCH 405350001 Sample Divider PT 100 Drive Unit features a user-friendly interface, allowing easy control and adjustment of various parameters. The adjustable vibration intensity enhances sample division accuracy, ensuring that the desired quantity of material is obtained for further analysis. The intuitive control panel allows users to customize the splitting process according to their specific requirements, making this unit suitable for a wide variety of sample types and sizes.
Furthermore, this drive unit is designed with durability in mind. The high-quality materials used in its construction guarantee long-term reliability and efficient performance even under demanding laboratory conditions. The robust design ensures stability and minimizes vibrations, ensuring accurate sample division every time. Additionally, the unit's compact size and ergonomic design make it easy to integrate into existing laboratory setups without occupying excessive space.
In conclusion, the RETSCH 405350001 Sample Divider PT 100 Drive Unit offers exceptional reliability, efficiency, and versatility for sample splitting tasks in laboratory settings. With its advanced features and user-friendly design, this drive unit delivers precise and reproducible results while ensuring long-term durability. Researchers and scientists can rely on this instrument to streamline their sample analysis processes and achieve accurate and consistent data for their studies.