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% Kurabo Mazerustar KK-2000WE planetary centrifugal mixer The MAZERUSTAR KK-2000WE is a high-capacity planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system provides fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility. Thanks to its independently controlled revolution and rotation movement, the KK-2000WE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results. The KK-2000WE is particularly suitable for research and development laboratories, pilot applications, and higher-volume production processes in the electronics, pharmaceutical, chemical, and advanced material industries. The system is ideal for efficient and reproducible processing of larger material volumes. Key Features • Simultaneous mixing and deaeration • Planetary centrifugal mixing technology • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • High processing capacity • Adjustable revolution and rotation settings • User-programmable operating conditions • Stable and reproducible operation • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Special industrial and research materials Main Specifications • Maximum processing capacity: approx. 2 kg × 1 container • Standard container: HDPE container • Adjustable mixing speed • Power consumption: approx. 2.5 kW • Dimensions (W × D × H): approx. 720 × 900 × 1050 mm • Weight: approx. 260 kg • Floor-standing design • High reproducibility and process stability	% Kurabo Mazerustar KK-250SE planetary centrifugal mixer The MAZERUSTAR KK-250SE is a compact planetary centrifugal mixer designed for simultaneous mixing and deaeration of high-viscosity materials. The system delivers fast and homogeneous processing without the use of mixing blades, helping to minimize contamination and simplify material handling. Using independently controlled revolution and rotation movement, the KK-250SE enables efficient mixing of materials with different viscosities and specific gravities while effectively removing trapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures highly reproducible processing results. The KK-250SE is particularly suitable for research and development laboratories, pilot applications, and small-volume production processes across a wide range of industries, including electronics, pharmaceuticals, chemicals, advanced materials, and specialty manufacturing. Key Features • Simultaneous mixing and deaeration • Planetary centrifugal mixing technology • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • Adjustable revolution and rotation settings • Compact laboratory design • User-programmable operating conditions • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Advanced research materials Main Specifications • Maximum processing capacity: 250 g × 1 container • Standard container: HDPE 250 mL • Adjustable revolution speed • Approx. power consumption: 650 W • Dimensions (W × D × H): 350 × 420 × 415 mm • Weight: Approx. 37 kg	% Kurabo Mazerustar KK-300SSE planetary centrifugal mixer The MAZERUSTAR KK-300SSE is a compact planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system enables fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility. Thanks to its independently controlled revolution and rotation movement, the KK-300SSE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results. The KK-300SSE is particularly suitable for research and development laboratories, precision material processing, pilot applications, and small-volume production processes in the electronics, pharmaceutical, chemical, and advanced material industries. Key Features • Simultaneous mixing and deaeration • Planetary centrifugal mixing technology • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • Adjustable revolution and rotation settings • Compact laboratory design • User-programmable operating conditions • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Special industrial and research materials Main Specifications • Maximum processing capacity: approx. 310 g × 1 container • Standard container: HDPE container • Adjustable mixing speed • Power consumption: approx. 900 W • Dimensions (W × D × H): approx. 400 × 500 × 460 mm • Weight: approx. 52 kg • Compact benchtop design • High reproducibility and process stability	% Kurabo Mazerustar KK-400WE planetary centrifugal mixer The MAZERUSTAR KK-400WE is a planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system provides fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility. Thanks to its independently controlled revolution and rotation movement, the KK-400WE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results. The KK-400WE is particularly suitable for research and development laboratories, pilot applications, and small-volume production processes in the electronics, pharmaceutical, chemical, and advanced material industries. The dual-container design enables more efficient parallel processing. Key Features • Simultaneous mixing and deaeration • Planetary centrifugal mixing technology • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • Dual-container design • Adjustable revolution and rotation settings • Compact laboratory design • User-programmable operating conditions • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Special industrial and research materials Main Specifications • Maximum processing capacity: approx. 400 g × 2 containers • Standard container: HDPE container • Adjustable mixing speed • Power consumption: approx. 1 kW • Dimensions (W × D × H): approx. 460 × 525 × 455 mm • Weight: approx. 55 kg • Compact benchtop design • High reproducibility and process stability
% Kurabo Mazerustar KK-5000WE planetary centrifugal mixer The MAZERUSTAR KK-5000WE is a high-capacity planetary centrifugal mixer developed for simultaneous mixing and deaeration of high-viscosity materials. The system provides fast and homogeneous processing without the use of mixing blades, reducing contamination risk and improving process reproducibility. Thanks to its independently controlled revolution and rotation movement, the KK-5000WE efficiently processes materials with different viscosities and specific gravities while effectively removing entrapped air bubbles. The contactless mixing technology helps maintain material integrity and ensures stable, repeatable results. The KK-5000WE is particularly suitable for higher-volume production processes, pilot applications, and industrial material processing in the electronics, pharmaceutical, chemical, and advanced material industries. The system is ideal for fast and reproducible processing of large material volumes. Key Features • Simultaneous mixing and deaeration • Planetary centrifugal mixing technology • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • High processing capacity • Adjustable revolution and rotation settings • User-programmable operating conditions • Stable and reproducible operation • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Special industrial and research materials Main Specifications • Maximum processing capacity: approx. 5 kg × 1 container • Standard container: HDPE container • Adjustable mixing speed • Power consumption: approx. 5 kW • Dimensions (W × D × H): approx. 950 × 1200 × 1350 mm • Weight: approx. 600 kg • Industrial floor-standing design • High reproducibility and process stability	% Kurabo Mazerustar KK-V350WE vacuum planetary centrifugal mixer The MAZERUSTAR KK-V350WE is a vacuum planetary centrifugal mixer developed for simultaneous mixing and high-efficiency deaeration of high-viscosity materials. Thanks to its vacuum technology, the system efficiently removes entrapped air bubbles while providing homogeneous and reproducible mixing results. Its independently controlled revolution and rotation movement enables precise processing of materials with different viscosities and specific gravities without the use of mixing blades. The contactless technology helps maintain material integrity and reduces contamination risk. The KK-V350WE is particularly suitable for electronics, pharmaceutical, chemical, and advanced material applications where bubble-free and homogeneous material processing is essential. Key Features • Simultaneous mixing and vacuum deaeration • Planetary centrifugal mixing technology • Vacuum chamber design • Contactless processing without mixing blades • Suitable for high-viscosity materials • Homogeneous mixing and efficient bubble removal • Adjustable revolution and rotation settings • User-programmable operating conditions • Compact laboratory design • CE-marked model Typical Applications • Electronic materials • Adhesives and resins • Conductive and ceramic pastes • Pharmaceutical and medical materials • Cosmetics and specialty chemicals • Special industrial and research materials Main Specifications • Maximum processing capacity: approx. 350 g × 2 containers • Standard container: HDPE container • Vacuum operation • Adjustable mixing speed • Power consumption: approx. 1.2 kW • Dimensions (W × D × H): approx. 500 × 650 × 650 mm • Weight: approx. 95 kg • Compact benchtop design • High reproducibility and process stability	% Heidolph Concave block adaptor • For 1-l round-bottom flasks	% Heidolph Adapter for heating plate Ø135 mm For users who want to use accessories for magnetic stirrers with 145 mm plate in combination with a 135 mm model, this adapter plate is available so that no compromise is made. This plate does not replace the installation surface of the magnetic stirrer, but is placed on it. It is made of aluminum so as not to prevent heat transfer.
% Heidolph e-Lift Comfortable and secure work with the electric lab jack e-Lift. Thanks to the adjusted plate (190 mm x 400 mm), the magnetic stirrer does not wobble or slip. A winch for manual operation and an attachment for additional support rods on the lab jack are both included - for a secure fixing of your setups. The height can be adjusted from 100 mm to 275 mm which corresponds to a vertical lift of 175 mm. Compatible with the Hei-PLATE Mix 'n' Heat Ultimate magnetic stirrer.	% Heidolph e-Lift accessories set Support rod extension (250 mm) and end stop to limit the travel path for a secure working with the e-Lift lab jack.	% Heidolph Findenser™ attachment kit Attachment kit for Findenser and Findenser Mini. For a secure set up on your hotplate. Includes: stay bar, 2x boss head, 2x retort clamp Take care of a vertical alignement of the elements once set up.	% Heidolph Findenser™ NS29 Cone, NS24 Socket The high performance Findenser™ as standard size (400 mm) is for syntheses under reflux with solvent voluments up to 1 liter. It can be secured with standard laboratory clamps or with the Findenser™ attachment kit (sold separately). Save water, space and costs with Findenser™!
% Heidolph Findenser™ NS19 Cone, NS19 Socket The high performance Findenser™ as standard size (400 mm) is for syntheses under reflux with solvent voluments up to 1 liter. It can be secured with standard laboratory clamps or with the Findenser™ attachment kit (sold separately). Save water, space and costs with Findenser™!	% Heidolph Findenser™ Mini NS24 Cone, NS24 Socket The high performance Findenser™ Mini is for syntheses under reflux with solvent voluments up to 125 ml. It can be secured with standard laboratory clamps or with the Findenser™ attachment kit (sold separately). Save water, space and costs with Findenser™ Mini!	% Heidolph Findenser™ Mini NS19 Cone, NS19 Socket The high performance Findenser™ Mini is for syntheses under reflux with solvent voluments up to 125 ml. It can be secured with standard laboratory clamps or with the Findenser™ attachment kit (sold separately). Save water, space and costs with Findenser™ Mini!	% Heidolph Findenser™ Mini NS14 Cone, NS14 Socket The high performance Findenser™ Mini is for syntheses under reflux with solvent voluments up to 125 ml. It can be secured with standard laboratory clamps or with the Findenser™ attachment kit (sold separately). Save water, space and costs with Findenser™ Mini!
% Heidolph Heat-On Multi-Well Holder Replace oil baths and jacket heaters in your lab and reduce the risk of fire. Heat-On blocks are by far the safest, fastest and most efficient method for heating and mixing solutions in round bottom flasks from 10 ml to 5 l. • Highest Level of Safety Increased occupational safety and fire protection: The elimination of oil baths prevents accidents, fires and contamination. The unique design prevents glass breakage and thus minimizes the risk of possible cutting injuries and leaking liquids. The high temperature accuracy offers maximum safety for applications up to 260 °C. • Superior Ease of Use The temperature can be measured conveniently and precisely in the medium or directly at the reaction attachment. No oil is required as a heat conductor, as the attachments snugly enclose the flasks. The cleaning effort is minimized. The PTFE coating offers the highest resistance to chemicals and correspondingly many years of use. • Lasting Reduction of Cost of Ownership The simplified handling minimizes process times and increases sample throughput: 150 ml of water are brought to the boil in less than 11 minutes. In addition, the 66 % faster heating times compared to conventional oil baths save on energy costs.	% Heidolph Heat-On Multi-Well 10-ml insert This Heat-On insert is suitable for heating 10 ml round bottom flasks. For optimal use it is recommended that you buy the Multi-Well holder together with safety lifting handles. The maximum temperature for continuous use is 260 °C. In order to measure this precisely with a temperature sensor, a small hole is provided on one side of the Heat-On Block.	% Heidolph Heat-On Multi-Well 25-ml insert This Heat-On insert is suitable for heating 25 ml round bottom flasks. For optimal use it is recommended that you buy the Multi-Well holder together with safety lifting handles. The maximum temperature for continuous use is 260 °C. In order to measure this precisely with a temperature sensor, a small hole is provided on one side of the Heat-On Block.	% Heidolph Heat-On Multi-Well 50-ml insert This Heat-On insert is suitable for heating 50 ml round bottom flasks. For optimal use it is recommended that you buy the Multi-Well holder together with safety lifting handles. The maximum temperature for continuous use is 260 °C. In order to measure this precisely with a temperature sensor, a small hole is provided on one side of the Heat-On Block.

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