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  • Planetary Vacuum Centrifugal Mixing & Defoaming Machine (300 mL)

Planetary Vacuum Centrifugal Mixing & Defoaming Machine (300 mL)

Product code : LM-PVMC-300ml         Comments (0)        Add Comment
Marka :  LM Instruments
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Planetary vacuum mixing and defoaming equipment, suitable for mixing of various liquid and powder materials such as battery powder/slurry, carbon nanotubes, nano-powder, conductive ceramics, oxide powder and metal powder; vacuum mixing ensures optimal experimental results.

Key Features

  • Intelligent viewing window design for clear observation of stirring area.
  • Contactless blade-free structure minimizes contamination.
  • Dual-center dual-container mixing and defoaming device with larger space.
  • Touch screen human-machine control, easy, safe and practical operation.
  • Uniform material mixing via self-rotating centrifugal force and revolution convection.
  • Effectively eliminate submicron bubbles in materials by vacuum pressure.

Technical Specifications

Device Type Planetary Vacuum Centrifugal Mixing & Defoaming
Standard Vessels 2 × 300 mL, φ77 × H85 mm
Optional Vessels 10 / 30 / 50 / 100 / 150 mL
Max Throughput 2 × 300 g
Working Principle Planetary mixing & defoaming, fixed rotation/revolution ratio = 0.6
Note No reverse rotation function for units manufactured after Jan 28, 2026
Revolution Speed Stepless 300–2000 rpm, 1 rpm fine adjustment
Rotation Tip Speed 5.41 m/s
Drive Motor 750 W
Vacuum Flow 165 L/min
Vacuum Pressure -98 kPa, resolution 0.1 kPa; adjustable vacuum hold delay
Parameter Storage 6 groups
Balance Adjustment Dual-side counterweight balance
Programmable Time 0–600 s in 3 segments, 200 s max per segment, 1 s accuracy
Control System Dual closed-loop PLC with touchscreen
Alarms Unbalanced load, open lid, overload
Safety Feature Auto shutdown upon fault
Transmission Gear drive
Power Supply AC 220 V
Total Power 1.35 kW
Overall Dimension W400 × H590 × D580 mm (excluding protrusions)
Net Weight 80 kg

Applications

  • Defoaming of battery electrode slurry and powder mixtures
  • Homogeneous mixing of advanced materials such as carbon nanotubes, nano-powder and conductive ceramics
  • Small-volume, high-precision R&D sample preparation
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