• Select from Shaker Lineup
| MMS Series | MRM-1000 | CM-1000 | MMV-1000W | NTS-4000 Seies | MMI-1000 Series |
| Multi-purpose shaker | 360° Vertical rotary mixer | High-speed mixer | Separatory funnel shaker | Water bath shaker | Incubator shaker |
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| Versatile standard model compatible with various applications, vessels, and shaking methods. | This vertical rotary mixer can shake various vessels by three types of motion: vertical rotation, reciprocal, reciprocal + vibration. | Compact size with high-speed and powerful shaking for a variety of applications, suitable for DNA・RNA extraction, dissolving and mixing reagents. |
The shaking angle is adjustable from vertical (90°) to a tilted position (70°) for enhanced mixing performance. Operating noise is below 55 dB, equivalent to the sound of a gentle stream. | Available in three types and five models for small to large volume applications. | This compact constant-temperature shaker ideal for small-scale culturing. Features an integrated temperature-controlled chamber and is suitable for tabletop use. |
• Select by Shaking Method
| Shaking methods | Description | Illustration | Lineup (Shaking method) |
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Reciprocal shaking (Horizontal shaking) |
This is the most common shaking method, utilizing a side-to-side reciprocating motion. It is suitable for a wide range of applications such as reactions, dissolutions, and culturing. Thanks to its excellent aeration performance, it is also ideal for pre-culturing yeast and for culturing stressed E. coli cells after transformation. |
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MMS-1020（Reciprocal） MMS-120H（Reciprocal+High-humidity） MMS-3021（Reciprocal※） ※For testing of food allergens and residual pesticides MMS-3020（Reciprocal/Orbital） MMS-320（Reciprocal/Orbital） MMS-4020（Reciprocal/Orbital/Figure-8） MMI-1000A・B（Reciprocal/Orbital） MRM-1000（Vertical rotation/reciprocal /Reciprocal+vibration） NTS-4000（Reciprocal） |
| Orbital shaking
(Rotary shaking) |
This shaking method follows a circular motion. Compared to reciprocating shaking, it is said to impose less physical stress on samples, making it suitable for a wide range of applications such as reactions, dissolutions, and culturing. It is particularly used in culturing experiments for plants and microorganisms, as well as for DNA extraction and protein production. |  |
MMS-220H（Orbital＋High-humidity） MMS-3020（Reciprocal/Orbital） MMS-320（Reciprocal/Orbital） MMS-4020（Reciprocal/Orbital/Figure-8） MMS-520（Orbital+Powerful shaking） MMS-5020（Orbital+Powerful shaking） MRM-1000（Vertical rotation/reciprocal/Reciprocal＋vibration） CM-1000（Orbital+High-speed） |
| Figure-8 shaking | This model utilizes a combination of reciprocating and orbital shaking motions, offering superior mixing and agitation efficiency. It enables uniform and effective shaking, making it ideal for dissolution, stirring, and mixing in chemistry-related fields. It is also well-suited for molecular biology applications such as gel and membrane washing, ELISA reactions, and Western blotting procedures. |  |
MMS-420（Figure-8） MMS-4020（Reciprocal/Orbital/Figure-8） |
| Vertical shaking | This type of shaker moves the samples vertically up and down. It offers the highest efficiency for mixing and agitation, making it ideal for liquid-liquid extraction and the blending of powders. It is widely used in sample pretreatment processes such as extracting food, soil, and environmental contaminants using separatory funnels. |  |
MMV-1000W（Vertical/Inclined） |
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Single-axis shaking |
This shaking method involves vertical arc motion and is suitable for L-shaped test tubes and vials. The high contact efficiency between liquid and air makes it ideal for microbial cultivation and BOD (Biochemical Oxygen Demand) testing. |  |
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Seesaw-type shaking |
This shaking method gently rocks the platform up and down like a seesaw, providing uniform and mild agitation. It is commonly used in temperature-controlled equipment such as hybridization ovens for DNA/RNA hybridization. Typical applications include placing hybridization bags or plastic containers for gel staining and destaining on the platform. |
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• Select by Temperature Control Range
