Instrument Database
Thinky Mixer ARV-310P

Allgemeine Informationen
-
Untersuchungsgebiete
-
TechnikenMixer
-
HerstellerThinky U.S.A., INC.
-
Herstellungsjahr2025
-
Gemessene Gr??eDeareation of high-viscosity materials is performed with high quality.
-
HauptanwendungStandard vacuum mixer enabling uniform mixing and elimination of submicron-level air bubbles.
-
In-situ, real-time kompatibelJa
-
Korrelierter Arbeitsablauf verfügbarJa
Spezifikationen des Ger?ts
-
Technische Aspkete
The Thinky Mixer ARV-310P is a planetary centrifugal mixer designed for efficient and uniform mixing, dispersing, and degassing of various types of materials, including pastes, slurries, and solutions. The device operates by combining simultaneous rotation and revolution motions, which ensures high-speed and bubble-free mixing. The main components of the system include:
? Mixing unit (chamber): where the bottles are placed for processing.
? Dedicated mixing bottles: provided in different sizes (10-300 mL).
? Bottle holders/adapters: used to secure the bottles inside the chamber properly.
? Control panel: allows for setting the rotation speed, vacuum pressure, and time for each mixing cycle.
? Lid safety lock: prevents operation when the lid is not properly closed. -
In-situ-M?glichkeitenVacuum pressure down to -98 kPa (approx. 2 kPa absolute), suitable for effective air bubble removal; digital programmable interface with recipes for speed, time, and vacuum.
-
Korrelierter ArbeitsablaufCorrelated to battery slurry preparation, pastes, and polymer resins. Suitable for mixing high-viscosity, filled materials under vacuum.
Kontaktperson
-
AnwendungswissenschaftlerFabio La Mantia
Fachbereich 4 , IFAM
Fraunhofer IFAM 1.5.13
Telefonnummer 0421-2246-7331
lamantiaprotect me ?!uni-bremenprotect me ?!.de -
Jan Wedemeier
-- , Matena innovate! Center
Am Biologischen Garten 2 IW 3, room 2230
Telefonnummer +49 (0) 160 1625207
matenaprotect me ?!uni-bremenprotect me ?!.de -
Führender AnwendungswissenschaftlerFabio La Mantia
Ger?testandort
-
GruppeEnergy Storage and Energy Conversion Systems (ESECS)
-
Geb?udeFraunhofer IFAM
-
Raum0.5.35
-
FachbereichFachbereich 4
-
Institut (Au?eruniversit?r)IFAM