3569 Results for: "IKA"

Supplier: IKA

This batch mill has simple handling with keypads which grinds hard, brittle, soft and fibrous materials, because samples may be embrittled directly in the grinding chamber- tough, oily and aqueous samples can also be grinded. Easily exchangeable beater/cutter for a variety of applications.

Supplier: IKA

Shaker, Vortex Mixer, Vortex mixer, lab dancer, EU-plug, lab dancer, Max. Ø of tubes: 30 mm, Shaking motion: Orbital, Max. capacity: 0,1 kg, including attachment, Speed range: 2800 min⁻¹ fixed, Orbit: 4,5 mm, Max. mixing volume: 50 ml, Weight: 0,55 kg

Supplier: IKA

Compact stirrers with a chemically resistant ceramic top. The elevated control panel minimises contact with spills and enables easy reading and adjustment of the temperature. Units feature a digital error code display, a 'hot' top indicator to warn user that surface is hot and the strong magnetic adhesion prevents stirring bar decoupling.

Supplier: IKA

Laboratory stirrers designed for simple stirring tasks for quantities up to 15 or 25 L (EUROSTAR 20 digital and EUROSTAR 40 digital), or for intensive stirring tasks for quantities up to 20 L (EUROSTAR 20 high speed digital). Units automatically adjust the speed through microprocessor controlled technology within the speed range of 0/30 to 2000 min⁻¹ (or 0/150 to 6000 for the high speed model). Safety circuits ensure automatic cut off in anti-stall or overload conditions. The actual shaft speed and preset speed are constantly monitored and variations are adjusted automatically. This guarantees a constant speed even with changes in sample viscosities.

Supplier: IKA

Glass coated PT1000 probe

Supplier: IKA

Dispersing Element, Shaft, For unit: S 18 N – 18 G

Supplier: IKA

Benzoic acid tablet, blister package, 0,5 g per pellet, C 723 (with IKA-certified gross calorific value for Standard-calibrations according to DIN 51900)

Supplier: IKA

Clip, Fixing clip, For: 100 ml flask

Supplier: IKA

Protective cover, resistant to most acids, alkaline solutions and organic solvents, For: RCT basic safety control

Supplier: IKA

Shakers for smooth mixing tasks, 2D models feature a rocking motion and 3D units have three dimensional tumbling motion, basic models have fixed shaking angle and the digital units feature adjustable speed and shaking angle. Used for homogeneous mixing in flasks, culture flasks, Petri dishes and tubes. 3D shakers are ideal for cultivation of cell cultures, DNA extractions, distribution of cells and staining and destaining cells. Even with load and voltage fluctuations, shaking speed remains constant. Different attachments enable the units to be used for a variety of applications.

Supplier: IKA

Made from stainless steel. Stirrers draw the material to be mixed from the top of the vessel to the bottom. Local shearing forces.

Supplier: IKA

ST-20 and ST-50 tubes comprise of tube, stirring device and closure.

Supplier: IKA

Roller shakers with 6 or 10 rolls, provide smooth rocking and rolling action, basic models have fixed speed, and the digital units feature infinitely adjustable speed. Used for mixing blood samples, solid and liquid suspensions and viscous samples. The unit can be used with all conventional tubes and cylindrical bottles. Easily removable attachments enable quick cleaning in case of sample spills.

Supplier: IKA

Type N: Materials in contact with medium are PTFE and stainless steel AISI 316L, suitable for solvents and abrasive substances, can be sterilised by all methods, max. temperature 180 °C.

Supplier: IKA

Small shakers with electronic adjustment of speed and timer. Control model has RS232 analogue interface, integrated end point positioning for automated robot controlled sampling and all functions can be controlled and documented with optional labworldsoft® software.

Supplier: IKA

Mill

Supplier: IKA

Pneumatic telescopic stand, 460×420 mm, rod 34 mm Ø with height 620 - 1010 mm

Supplier: IKA

The Hula Dancers are powerful vortex mixers.

Supplier: IKA

Made from stainless steel. Ensures minimum deposits on vessel walls, and even distribution of high mineral content in liquids, ideal for mixing polymer reactions. High shearing forces at edges.

Supplier: IKA

Small and space saving overhead stirerr with great perfomance.

Supplier: IKA

Tube insert

Supplier: IKA

Reaction blocks allow syntheses to be carried out in round-bottomed flasks at temperatures up to 180 °C, avoiding the use of oil baths. The system ensures optimum heat transfer from the heating plate directly into the medium. Uniform mixing is also guaranteed since there is no interference to the magnetic field from the aluminium blocks. Reaction blocks range from 100 to 5000 ml in size, and inserts accommodating round bottom flasks from 10 to 3000 ml are available. Due to the wide range of interchangeable inserts, this system can be used for a range of different applications with the RCT, RET and RH magnetic hotplate stirrers.

Supplier: IKA

Standard attachment for test tubes/vessels up to Ø 50 mm

Supplier: IKA

Made from stainless steel, except 441-2125, which is PTFE coated. Stirrers draw the material to be mixed from the top of the vessel to the bottom. Minimal shearing forces.

Supplier: IKA

Flask attachment for Erlenmeyer or round bottom flasks, 100 up to 250 ml**, For: Continuous mode

Supplier: IKA

Mini magnetic stirrer with durable brushless motor for mixing small quantities.

Supplier: IKA

Magnetic stirrers with digital LED speed display and electronically controlled motor. Speed control is in steps of 50 min⁻¹ for big squid, all units are made from recyclable materials.

Supplier: IKA

Ensure perfect temperature control without overshooting the set temperature, even in the case of rapid heating. With optimised PID control and RESET function. Suitable for use with all magnetic stirrers with contact thermometer bushing according to DIN 12878, class 2 (e.g. IKA®, Heidolph and Corning with adapter AD-C1).

Supplier: IKA

Mini magnetic stirrer with durable brushless motor for mixing small quantities.

Supplier: IKA

Small magnetic stirrer with white plate, ideal for observing colour reactions.