Stirrers
Stirrers are used ubiquitously in laboratories for simple mixing procedures with solutions of varying viscosities and heating needs. Hotplate varieties bring solutions up to heat quickly and efficiently, and powerful magnets in automatic stirrers deliver reliably consistent performance for all samples. Stirring rods and powered stirring units are all built of durable materials and deliver long-lasting performance under regular or continuous use. Surfaces are easy to clean for low maintenance concerns.
Turbine spinner for use with Bruker® Spectrometers, SP Wilmad-LabGlass
Supplier: SP Industries
Manufactured to precision standards that exceed the spectrometer manufacturers requirements.
Expand 1 Items
Overhead stirrer shafts
Supplier: COWIE
PTFE, with encapsulated steel reinforced drive shaft. Chemically inert. The smooth surface reduces contamination and makes cleaning easier.
Expand 56 Items
Digital Ceramic Magnetic Hotplate Stirrer, AREC 10 Advance
Supplier: VELP SCIENTIFIC
AREC 10 Advance Digital Ceramic Hotplate Stirrer is a state-of-the-art 26×26 cm ceramic hotplate stirrer combining powerful performance, advanced safety features, several connectivity options, and enhanced user experience, ensuring precision, efficiency, and uncompromising safety in every experiment.
Expand 3 Items
Stirrer blades
Supplier: Bohlender
Stirrer blades made from PTFE, with a set of clamp screws made from a PTFE/PEEK compound.
Expand 22 Items
AM 4 Digital Multi-position Hotplate Stirrers
Supplier: VELP SCIENTIFIC
Digital hotplate stirrers with four independent plates in CerAlTop™, ensuring precise thermoregulation of the medium, high safety, and maximum reliability. Units have epoxy painted aluminum housing.
Expand 2 Items
Stirring shafts
Supplier: Lenz Laborglas
Stirring shafts made of precision calibrated glass tube.
Expand 2 Items
Magnetic stirring bars, PTFE/rare earth, TURBO™ octagonal
Supplier: COWIE
Octagonal shaped PTFE coated stirrer bars made using rare earth samarium-cobalt magnets, have greater magnetic strength than Alnico magnets.
Expand 7 Items
Magnetic stirring bar, octagonal, PTFE
Supplier: COWIE
Octahedral magnetic stirring bars.
Expand 1 Items
Magnetic stirring bars, double cross-head, PTFE
Supplier: COWIE
Double cross-head has a greater turbulance when compared to single cross-head.
Expand 1 Items
High volume magnetic stirrers
Supplier: VELP SCIENTIFIC
Magnetic stirrers that guarantee continuous operation at both low and high speeds ensuring safety and resistance to chemical agents.
Expand 4 Items
Overhead stirrers, electronic, OHS digital and advance
Supplier: VELP SCIENTIFIC
The OHS Series overhead stirrers are the ideal solution for the most demanding applications: The powerful brushless motor and microprocessor ensure excellent performance and make the VELP OHS Series overhead stirrers unlike any conventional stirrer.
Expand 9 Items
Magnetic stirring bars
Supplier: VELP SCIENTIFIC
Stirring bar, magnetic, Length: 20 mm, Ø: 6 mm
Expand 11 Items
Ceramic Magnetic Hotplate Stirrer, AREC 7
Supplier: VELP SCIENTIFIC
Analogue hotplate stirrer, equipped with a 177,8 mm square ceramic plate, safe and reliable, designed to deliver excellent heating and stirring performance for basic laboratory applications.
Expand 1 Items
Magnetic Stirring Bars with Pivot Ring, PTFE
Supplier: COWIE
PTFE covered, suitable for use in containers with bases that are slightly curved or uneven.
Expand 3 Items
Magnetic hotplate stirrers, ARE/AREX 5 series
Supplier: VELP SCIENTIFIC
Magnetic hotplate stirrers, designed to provide optimal heating performance, reliability, and exceptionally long product lifetime. Different models to fulfil any laboratory requirement, from basic applications to precise thermoregulation.
Expand 7 Items
Stirrers with PTFE blade
Supplier: Lenz Laborglas
Stirrer made of precision calibrated glass tube and shaft made of DURAN® tubing with PTFE blade.
Expand 10 Items
Recommendations will be personalized based on your shopping preferences only if you have given your consent by enabling "Enhance my Shopping Experience" on the "Personal Info page".
Otherwise, you will receive generic recommendations.



