Applikon 声学调音台

更好的通气，混合培养产生持续增长，优化的结果

产生足够强大甚至是半固体介质波混频

极大地提高氧合转让和大宗混合微生物培养使用氧泵®塞

RAMbio台式声学混频器使用适用于低频率，高强度的声波能量搅动微生物培养的混合谐振声（RAM）技术。摇床平台上的垂直振动的培养基中产生驻波，从而显着提高氧合和大量细菌和真菌的培养物混合。实现批量混合增强，甚至更好的相对表现粘度增大。氧气传输速率高出六倍高于那些可能传统的轨道摇晃培养的混频可容纳烧瓶范围从250毫升至1L（为了夹分开-见附件选项）功能，用户可配置的摇晃强度与湿度控制。易于使用的界面允许您设置点进行搅拌，温度和湿度。显示屏会显示设定点值和电流值，以及运行时间。RAMBio混合器结合Oxy-Pump制动器使用，实现生物反应器氧转移。积极的塞泵空气进入，进出瓶培养。它提供了完整的顶空茶点相当于搅拌釜式生物反应器中实现，而不需要机械泵。这种高温高压灭菌的止动件是从聚硅氧烷和聚丙烯构成，并有一个可更换的过滤器。

Better aeration and mixing in your flask cultures generate consistent growth and optimal results

Generate cell-friendly mixing waves strong enough for even semi-solid media

Dramatically enhance oxygenization transfer and bulk mixing for microbial cultures using the Oxy-pump® stopper

The RAMbio benchtop acoustic mixer uses Resonant Acoustic Mixing (RAM) technology that applies low-frequency, high-intensity acoustic energy to agitate microbial cultures. The vertical oscillations of the shaker platform generate standing waves in the culture media, dramatically enhancing oxygenation and bulk mixing for bacterial and fungi cultures. Achieve bulk mixing enhancements with even better relative performance as viscosity increases. Oxygen transfer rates are up to six times higher than those possible with traditional orbital-shaken incubators. 

Mixer accommodates flasks ranging from 250 mL to 1L (order clamps separately - see accessory options) and features user-configurable shaking intensity with humidity control. The easy-to-use interface allows you to set points for mixing, temperature, and humidity. Display will show set points and current values, as well as running times.

Use the RAMBio mixer in conjunction with the Oxy-Pump® stopper to achieve bioreactor-equivalent oxygen transfer. The stopper actively pumps air into, and out of your flask cultures. It offers complete headspace refreshment equivalent to that achieved in stirred tank bioreactors without the need for mechanical pumps. This autoclavable stopper is constructed from silicone and polypropylene and has a replaceable filter.