You searched for: Shakers

Supplier: OHAUS

This digital reciprocating shaker is designed for a wide range of applications, including cell cultures, that require accurate and repeatable results. The microprocessor control provides consistent uniform shaking while safely ramping to the set speed. Ideal for cell cultures, solubility studies and extraction procedures.

Supplier: IKA

The IKA Matrix Orbital Delta family of thermoshakers, with mixing and heating, have numerous user-friendly features.

Supplier: Edmund Bühler GmbH

These incubator hoods have windows on three sides and the front door opens upwards. They can be combined with Edmund Bühler shakers to maximise use of bench space or function as independent units. TH 15 can be combined with KS 15 or TiMix 5 shakers and accommodates one litre Erlenmeyer flasks, TH 30 can be used with SM 30 shakers and accepts two litre Erlenmeyer flasks.

Supplier: THERMO H + P LABORTECHNIK

Perform powerful resonance shaking up to 8500 min⁻¹ with Thermo Scientific™ Teleshake 1536-8 Magnetic Microtiter Plate Shakers, which feature a wear-free magnetic drive. They are remote controlled for integrated shaking applications, and are suited for 1536- and 384-well microtiter plates.

Supplier: THERMO H + P LABORTECHNIK

Ultra flat microplate shakers with VARIOMAG drive which are ideally suited for easy integration into robotic systems. Monoshake is a directly controlled shaker, speed is adjusted by manually turning a button. Teleshake is the same as Monoshake, however it includes a RS232 interface, so the unit can be remotely controlled via control unit and software. Up to 14 units can be controlled directly and independently with only one RS232 interface. When unit is turned off, the shaker plate self centers in zero position.

Supplier: ENDECOTTS

The Octagon 200 sieve shaker is suitable for sieving tasks both in the laboratory environment as well as onsite, where it provides optimum sieving action for fast and reproducible results. It is robust, compact and sufficiently lightweight to be portable and are suitable for both dry and wet sieving.

Supplier: OHAUS

These heavy duty analogue orbital shakers are designed for a wide range of applications that require basic shaking control. Shakers provide reproducible motion that is evenly distributed throughout the entire surface of the tray. Ideal for bacterial suspensions, staining/destaining, and general mixing.

Supplier: OHAUS

This analogue waving shaker is an easy and economical option for all the waving needs in laboratory. Ideal for cell culture and blotting applications, and is designed to be used in a variety of environmental conditions. The aluminium base offers durability and added stability

Supplier: SCIENTIFIC INDUSTRIES ELMIS

Mini-300 Orbital-Genie™ shakers are ideal for applications using various size flasks or beakers with variable shaking speed up to 300 min⁻¹.

Supplier: Thermo Fisher Scientific

Solaris orbital shakers are reliable and innovative. Ruggedly built for demanding use, they combine an ergonomic design with key feature enhancements that help save time and protect your process. The triple-eccentric drive mechanism is built with proven technology to easily support heavy loads. The belt is maintenance-free and engineered to last the life of the shaker, and the shaker mechanism itself comes with a full 2 year warranty, 5 year warranty on parts and 10 years on the drive mechanism.

Supplier: BOEKEL SCIENTIFIC

Designed to suitable for two or four standard microplates or strip trays.

Supplier: SCIENTIFIC INDUSTRIES ELMIS

Large platform shaker with choice of different platform options: Universal ratcheting clamp, adhering mat or unit with standard
flask clamps.

Supplier: HEATHROW

Compact digital orbital shaker which is packed full of high end design features making this laboratory shaker a versatile unit for a vast range of protocols.

Supplier: Thermo Fisher Scientific

Stable and accurate microplate shaking with standard and enlarged platform that can shake maximum of six microplates at one run.

Supplier: OHAUS

This shaker is designed for use in extreme environments such as CO₂ incubators. A remote controller (that magnetically attaches to the outside of most incubators or can be positioned on a laboratory bench) allows settings to be externally controlled, and the shaker base is placed inside of the incubator. Ideal for applications that require CO₂ and humidity for optimal cell growth.

Supplier: OHAUS

These analogue rocking shakers are easy and economical options for all the rocking needs in laboratory. Ideal for cell culture and blotting applications and also designed to be used in a variety of environmental conditions. The aluminium base offers durability and added stability.

Supplier: OHAUS

These digital heavy duty orbital shakers are designed for a wide range of applications, including cell cultures, that require accurate and repeatable results. The microprocessor control provides consistent uniform shaking while safely ramping to the set speed. Ideal for cell cultures, solubility studies, and extraction procedures. The large capacity shakers have a more powerful drive mechanism and larger orbits for optimal shaking of large vessels.

Supplier: Cole Parmer

Provides a fast-mixing action in a tight orbit.

Supplier: Cole Parmer

Powerful yet quiet device is perfect for continuous use applications.

Supplier: GLASWARENFABRIK KARL HECHT

Tumbling rotating mixer with five or ten synchronous, diagonally eccentric PVC rolls to provide an uniform and gentle mixing of the tubes.

Supplier: SCIENTIFIC INDUSTRIES ELMIS

An affordable alternative to ultrasonic disruptors. Units provide multidirectional action which simultaneously agitates and vortexes at high speed, increasing disruption frequency. Ideal for rapid disruption of yeast cells, bacteria, plant and animal tissue, pellet resuspensions and glass bead procedures.

Supplier: Cole Parmer

Gentle rocking and rolling action for complete mixing.

Supplier: OHAUS

This digital rocking shaker is ideal for cell culture work and is designed to be used in a variety of environmental conditions. The cast aluminium base offers durability and added stability.

Supplier: Cole Parmer

Versatile design easily switches out mixing drum for different action.

Supplier: OHAUS

This digital waving shaker provides precise speed control and a smooth, low foaming, three dimensional, 'wave' motion. Ideal for use in a wide range of laboratory applications and designed to be used in a variety of environmental conditions. Tray includes a non-skid rubber mat that is suitable for holding Petri dishes.

Supplier: SCIENTIFIC INDUSTRIES ELMIS

The high speed and small vortexing orbit of the mixers produces a true vortexing action so samples in each well of the microplate are mixed efficiently. Ideal for use in molecular biology applications and immunology laboratories.

Supplier: EPPENDORF

Mix samples completely and reliably with the Eppendorf® MixMate. 96 and 384-well plates and reaction tubes are mixed by the 2DMix-Control technology even at the microliter scale. The additional vortex function has a 2 s run timer allowing processing your next sample without restarting.

Supplier: GRANT INSTRUMENTS

Versatile and programmable benchtop shaker incubator for mixing and incubating biological cultures and samples in a variety of flasks and vessels. This compact unit features robust construction with clear 7 mm thick Plexiglass® panels.

Supplier: Thermo Fisher Scientific

This CO₂ resistant orbital shaker provides reliable continuous operation, it is ideally suited to keep cells alive and flourishing within your working environment. The compact shaker can be used both in and outside of a CO₂ incubator, giving maximum flexibility. The external control box features an LED display which shows speed and time, and also has indicator lights for rpm, time, run, plus a visual warning light. Applications include: Mammalian cell culture, bacterial suspensions, staining and destaining, washing procedures, hybridisation, solubility studies, extraction procedures and diagnostic tests.

Supplier: Cole Parmer

Gentle swirling prevents foaming.