Ohaus Microplate Vortex Mixers are designed specifically for continuous duty throughout the speed range. The high-speed and small orbit of these mixers makes them optimal for effectively mixing microplates. Cup head for mixing single tubes is also included.
Benefits
Secure mixing - microplate adapter unique mode of attachment
Can be run in 4 to 40℃ (39 to 104deg. F), 20% to 85% relative humidity, non-condensing conditions
Variable speed analog microplate model is an excellent option for applications that don't require exact speed & time to be set. High-speed combined with small orbit efficiently mixes the microplates.
Specifications
All Models
Speed Range: On Mode
Speed Range: Touch Mode
300 to 2500 rpm
300 to 3500 rpm
Timer
1 second to 160 hours
Orbit
3.5 mm (0.13")
Controls
Touch/Standby/On Rocker Switch,LED Displays for Speed/Time, Up/Down Buttons for Set-Point Control
Our standard delivery is 3-5 working days (where products are available) Monday to Friday, excluding public holidays when you order by 2pm. Details of our returns and cancellation policy can be found in our Returns Policy & Section 11 of our Terms and Conditions. For more information please contact us on 01924 444 577 or Email Us.
Construction: Cup head and 3-inch accessory platform for beakers, flasks, test tubes etc. (included with all models), stainless steel microtube holder for 12 tubes (pulsing models)
Applications: Re-Suspending Liquids, Mixing Reagents, Buffers and Emulsions, ELISA Assay, Drug Extractions, Mixing Samples
Continuous or timed operation, with automatic switch-off
Reliable and quiet motor produces regulated and reproducible rocking throughout the speed range
Compact, sturdy construction with a low profile and small footprint – fits neatly into the smallest workspace
Easy-to-read LCD screen displaying actual and set time, speed and set angle
Smooth, non-slip mat supplied as standard – prevents vessels from slipping
Select either continuous or timed operation – the integral electronic timer ensures accurate count-down for repeatability of time-sensitive incubations
Ideal for use in cold rooms and incubators. Low voltage cord easily fits through incubator door gaskets.
Grant Instruments TS-DW Deep well plate Thermoshaker designed for shaking and heating of deep well plates. A multisystem principle, used in the design of the thermoshaker allows it to operate as 3 independent devices:
Holds 4 tubes up to dia. 20-30mm tube volume 50ml and 12 tubes up to dia. 10-16mm tube volume 1.5-15ml for Grant Instruments PTR-25 360∞ Vertical Mini Rotator
Temperature stability ± 0.1℃, temperature uniformity ± 0.2℃ due to the bi-directional heating system (platform and lid)
Shaking speed: 250 to 1200rpm
Rapid heat-up
Continuous or timed operation, with alarm buzzer and automatic switch-off facility
Choice of two models with capacity for two (PHMP) or four (PHMP-4) 96- or 384-well microplates
The heated lid completely covers the flat heating plate to provide bi-directional heating and excellent temperature stability and uniformity, whilst preventing condensation
Combination of bi-directional heating and powerful orbital shaking capability produces the maximum yield from incubations
Very easy to operate, with simple set-up of temperature, shaking speed and time via push buttons and the 2-line LCD status display
Quick and easy screw fitting of any standard-depth 96-
Continuous or timed operation, with automatic switch off
Platform for two microtitre plates supplied as standard. Platform for four plates (MPP-4) available as an option
Easy-to-use integral electronic timer ensure accurate count-down and repeatability of time-sensitive incubations
Quick and easy to use screw fittings keep the plates securely in position and allow fitting on any standard-depth 96-
Easy to read LED display clearly indicates time remaining on timed operations and speed in rpm
Simple graduated dial to adjust the speed to suit the application: – gentle shaking to ensure that the well contents remain in situ, or more vigorous agitation for effective aeration across the surface area of each well
