
( Brand: Ika ), ( Manufacturer Part Number: MTS-4-S2 ), ( Part Type: Shaker ), ( Location: Desk1 S4w )
The IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2 is a high-performance, laboratory-grade shaker designed for precise and efficient mixing of microplate samples. This shaker operates at a consistent speed of 1100 rpm, ensuring uniformity and reproducibility in your experimental results.
The MTS4 S2 features an ergonomic and robust design, with a sturdy base and a stable platform to accommodate up to 12 standard 96-well microplates. The platform is equipped with non-slip rubber feet, ensuring stability during operation. The shaker's height is adjustable, allowing for easy loading and unloading of microplates.
The shaker's orbital motion is controlled by a mechanical knob, allowing for precise speed adjustment. This analog control mechanism provides a tactile feedback, allowing the user to feel the resistance as the shaker speed changes, ensuring accurate settings. The shaker also features a locking mechanism, ensuring the platform stays in place during transport or when not in use.
The IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2 is constructed from high-quality materials, ensuring durability and longevity. It is easy to clean, with a removable platform and a simple wipe-down design. The shaker is also energy-efficient, with a low power consumption of 10W, making it an eco-friendly choice for your laboratory.
In summary, the IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2 is a reliable and efficient shaker, perfect for mixing and agitating microplate samples in the laboratory. Its sturdy construction, easy-to-use analog control, and energy-efficient design make it a valuable addition to any laboratory equipment arsenal.
Pros of buying a IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2:1. Reliable and Durable: IKA is a well-known brand in the field of laboratory equipment, and the MTS4 S2 is known for its robustness and durability.
2. Easy to Use: The analog control system of the MTS4 S2 is straightforward, making it easy for operators to use, even without extensive training.
3. Cost-Effective: The MTS4 S2 is a more affordable option compared to its digital counterparts, making it a good choice for laboratories with limited budgets.
4. Wide Temperature Range: The MTS4 S2 can operate at temperatures between 4-60 C, making it suitable for a variety of applications.
5. Versatile: The MTS4 S2 can be used for a wide range of applications, including cell culture, enzyme assays, and DNA extraction.
Cons of buying a IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2:1. Lack of Precision: The analog control system of the MTS4 S2 may not provide the same level of precision as digital control systems.
2. Limited Programmability: The MTS4 S2 does not have programmable functions, which means it cannot be set to run multiple experiments at once.
3. No Data Recording: The MTS4 S2 does not have the capability to record data, which can be a disadvantage for laboratories that require data tracking.
4. Limited Speed: The MTS4 S2 operates at a relatively slow speed of 1100rpm, which may not be suitable for fast-paced experiments.
Recommendation:The IKA Schuttler MTS Analog Microplate Orbital Platform MTS4 S2 is a reliable and durable option for laboratories that require a simple and cost-effective shaking platform. Its wide temperature range and versatility make it suitable for a variety of applications. However, its lack of precision, limited programmability, no data recording, and slow speed may be limiting factors for some laboratories. Therefore, if precision and data recording are important requirements, it may be worth considering digital options. If cost and simplicity are the main considerations, the MTS4 S2 could be an excellent choice.
Ika schuttler mts 4 analog electronic microplate orbital platform shaker position model that is in great overall condition. The unit has been fully tested to ensure optimal performance and comes with a 30 day warranty features include: analog control.