1L Vacuum Planetary Mixer

1L Vacuum Planetary Mixer For Lithium Cathode/Anode Slurry Mixing Process For Lab

Product pictures  just as reference , please in kind prevail

Product Overview

The TOB-XFZH01 1L Vacuum Planetary Mixer is a laboratory-scale high-viscosity mixing system designed for battery electrode slurry preparation and advanced material research.
It integrates planetary mixing, high-shear dispersion, and vacuum degassing, enabling efficient processing of complex high-solid-content materials under controlled vacuum conditions. This significantly improves slurry uniformity, rheological stability, and material dispersion quality, especially for demanding battery R&D applications.
The system is widely used in lithium-ion, sodium-ion, and solid-state battery research, as well as ceramic slurry and functional material development, where precise control of viscosity and dispersion is required.

Application

The TOB-XFZH01 is widely used in:

• Lithium-ion battery electrode slurry preparation
• Sodium-ion battery material development
• Solid-state battery slurry research
• High-viscosity ceramic slurry processing
• Conductive paste and polymer dispersion
• Nano-material and functional material research
• Laboratory and pilot-scale R&D formulation
It is particularly suitable for high-viscosity material systems requiring vacuum-assisted dispersion and precise rheology control.

Key Features

• High Viscosity Planetary Mixing System
Designed for battery electrode slurry and high-solid-content materials up to 1.2 million cP.

• Vacuum Degassing for Battery Slurry
Removes air bubbles during mixing, improving electrode density and coating uniformity.

• High-Speed Dispersion System
Strong shear force ensures effective breakdown of agglomerates in nano and conductive materials.

• Temperature-Controlled Mixing Process
Integrated monitoring improves stability during battery material formulation.

• Laboratory & Pilot R&D Design
Suitable for battery research labs, pilot development, and material optimization studies.

Main parameters

Lower Barrel Parts

Mixing Parts

Dispersing Parts

Scratch the Wall Parts

• Scratch wall bracket material：304 stainless steel

• Scratch wall material：Teflon

• Scratch wall rotate speed：Consistent with planetary box rotate speed

• Removable or not：Removable design (Need to remove when scraping the wall on high viscosity process)

Base and Lifting Parts

• Parts materials：High rigidity structural carbon steel

• Lifting way：electric

• Lifting guide：High-precision linear guide

• Lifting itinerary：≤212mm

Upper Barrel Parts

• Upper barrel material：304 stainless steel

• Powder feed port：quick opening interface DN50 1pcs

• Mirror port：DN50 tempered glass sight glass 1pcs

• Liquid feed port：ISO standard 1/2" quick interface 1pcs

• Vacuumize port：G1/2 " 1pcs

• Exhaust port：together with vacuumize port

• Digital vacuum gauge port：M14×1.5 Internal thread metric tooth interface 1pcs

Control System

• Electrical cabinet：Used to install low-voltage electrical components such as inverter

• Manual operation panel：For placement buttons, knobs, gauges etc

• Power supply：AC 3×380V±5﹪，50Hz

• Control mode：Electric control + liquid control

• Power control and speed adjustment mode: Inverter start and control

• Cooling mode：Air-cooled (Liquid cooling)

• Operation mode：Touch screen or Key switch

• Digital temperature display gauge：material temperature

• Emergency stop button：1pcs

• Alarm system：Over-temperature alarm, over-temperature alarm shutdown, alarm shutdown

• Speed display: Touch screen shows the speed

• Power instructions: 1pcs

• Timer: one, simultaneously control dispersion and mixing

Note: If you choose the HMI system configuration, the relevant content of the control system is integrated into the touch screen control

Email :tob.amy@tobmachine.com