Used ROCHE MagNA Lyser #293598233 for sale

ROCHE MagNA Lyser is a lab equipment and accessory specifically designed for the homogenization and disruption of small to medium-sized samples. This equipment provides efficient and reproducible sample homogenization and utilizes highly flexible protocols for a wide variety of applications. MagNA Lyser has a user-friendly, intuitive design suitable for use in all laboratory environments. ROCHE MagNA Lyser is a small, compact and low-maintenance homogenizer. It is highly configurable and can be used to homogenize a range of samples with homogenization parameters (such as grinding time) that can be adjusted as per individual application requirements. In addition, MagNA Lyser has a unique self-lock adjustment arm, allowing the user to adjust the angle of the rotor head with ease and accuracy. ROCHE MagNA Lyser uses a special grinding force consisting of impact and friction that churns samples efficiently without damaging cell membranes. This ensures maximum sample recovery and yields and also allows for the collection of suspensions, cell lysate, and organelles from a variety of sample sources. In addition, MagNA Lyser is able to homogenize a variety of materials, including tissues, cells, liquids and other materials. ROCHE MagNA Lyser is designed to operate in either a wet or dry mode, providing the user with flexibility and enhanced sample processing when homogenization tasks are performed in aqueous media. In addition, the system utilizes a variety of accessories for specific sample processing requirements, including collection plates, tubes and grinding kits. MagNA Lyser is an ideal unit for modern research laboratories due to its superior sample homogenization capability and its ability to meet a wide range of homogenization requirements. The machine also has a low power consumption, allowing it to be used in any laboratory environment without worries of overheating and electronic malfunctions. In addition, its robust design ensures reliability and long-term performance.