Ohaus Mini Vortex Mixers have four durable models for gentle to high-speed reliable mixing. Robust digital and non-digital Vortex Mixers offer effective speed control from low RPM start-up for gentle shaking to high-speed mixing for vigorous vortexing of samples.
Benefits
Sturdy, rugged design ensures the unit stays in place while in use.
Touch mode operation activates mixing when depressing the cup head or continuous mode for use with accessory attachments.
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
The non-digital model offers variable speed control, and the digital model allows input of the exact speed and time to achieve repeatable results every time. The pulsing model features a unique pulse action that reduces heat generation while providing more effective mixing and cell disruption. The fixed speed model offers simple one-touch, high-speed mixing for repeat applications.
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.
Application: Stirring, dissolving, dispersion, emulsification and homogenization in the food and beverage, cosmetic, paint/coatings, pharmaceutical, chemical, glue/adhesive, plastics/polymer and cement/construction industries. Used for pilot scale in manufacturing.
Construction: Sealed aluminium housing with IP54 ingress protection rating, Keyless Chuck for simple, one-hand operation, brushless motor for quiet operation, and main power switch
Display: Bright LED digital display for speed, real time torque tendency LED indicator bar, and integrated timer
360° vertical rotation – creates long wave motion for mixing large particles
Reciprocation – creates long and medium wave motion for medium and large particles
Vibration – creates short wave motion for mixing for small particles
360° vertical rotation, reciprocation and vibration can be set for continuous or timed operation, or linked together in different combinations to ensure optimum mixing conditions for your application
Choice of two models – PTR-35 or PTR-60 – with different speeds and microtube capacities
Vertical rotation speed: 1 to 100 rpm
Reciprocal rotation: 1 to 90° turning angle
Vibration: programmable in a burst of 1 to 5 seconds
Very easy to operate, with simple set-up of multi-segment programs via push buttons and the 2-line LCD status display, fully programmable sequence of functions, including pause
Capacity of up to 26 (PTR-35), 48 (PTR-60) microtubes and a maximum rotating speed of up to 100 rpm.
Optional accessory platform for accommodating tubes of different diameters
3D rotation, reciprocation and vibration functions all in one product
3D rotation speed: 1 to 100 rpm
Reciprocal 3D rotation: 1 to 360 deg. turning angle
Vibration: 1 to 6∞ turning angle, programmable in a burst of 1 to 5 seconds
Fully programmable sequence of functions
Loads up to 1.0 kg
Very easy to operate, with simple set-up of multi-segment programs via push buttons and the 2-line LCD status display
Compact, with a low profile and small footprint, and extremely quiet in operation - fits neatly and unobtrusively into the workspace
Smooth, non-slip mat supplied as standard - prevents vessels from slipping
All actions - rotation, reciprocation and vibration - can be set for continuous or timed operation, or linked together in different combinations to ensure optimum mixing conditions for your application
Reliable stepper motor and sturdy construction will deliver years of consistent performance
Ambient operating temperature range of 4 to 40℃ allows use in cold room or incubator.
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:
