DLAB MS-M-S10 10-Position Magnetic Stirrer – Efficient Multi-Sample Mixing for Laboratory Applications
The DLAB MS-M-S10 10-Position Magnetic Stirrer is a high-performance multi-position magnetic stirrer designed for simultaneous stirring of multiple samples in various laboratory settings. With ten stirring positions, each capable of handling up to 400 mL, and a speed range of 0–1100 rpm, this DLAB magnetic stirrer is ideal for applications such as chemical synthesis, pharmaceutical research, and general liquid mixing.
Equipped with a maintenance-free brushless DC motor, the MS-M-S10 magnetic stirrer ensures consistent and reliable operation. The stainless steel work plate, covered with a silicone cushion, provides excellent chemical resistance and skid resistance, ensuring stable and secure sample placement. The unit’s compact design (622 × 205 × 65 mm) and lightweight construction (3.2 kg) make it suitable for benchtop use in laboratories with limited space.
The MS-M-S10 Magnetic Stirrer is a high-performance laboratory stirrer designed for simultaneous mixing of multiple samples. With 10 stirring positions, it maximizes bench space efficiency while ensuring uniform mixing across all samples. The brushless DC motor provides maintenance-free operation, while the stainless steel work plate with a silicone cushion offers excellent skid resistance. Featuring a speed range of 0-1100 rpm, it is ideal for chemical, biological, and pharmaceutical applications.
The MS-M-S10 is a compact and efficient 10-position magnetic stirrer, perfect for laboratories needing to process multiple samples concurrently. This stirrer allows for the simultaneous and consistent mixing of up to 10 samples, each with a maximum stirring volume of 250 mL. It features a durable stainless steel work plate with dimensions of 230 x 460 mm, offering excellent chemical resistance and easy cleaning. The MS-M-S10 provides a speed range of 0 to 1100 rpm, adjustable via an analog control knob. Its powerful magnets ensure strong coupling with stirring bars, providing reliable mixing for various applications in chemistry, biology, and other research fields.
There are no reviews yet.