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200 L Vacuum Dual Planetary Mixer PRODUCTION
Planetary Vacuum Mixer

200 L Vacuum Dual Planetary Mixer

MODEL: RJ-JBC-200L // CE CERTIFIED

A 200-liter dual planetary vacuum mixer for high-viscosity technical pastes — conductive adhesives, solder paste, battery slurry and electronic pastes — with weld-free die-cast twist blades, a 20.5 m/s disperser and a jacketed vacuum vessel.

Total Volume
200 Liters
Jacketed vacuum vessel
Disperser Speed
20.5 m/s
PT100 sensing
Heating Limit
≤ 200 °C
Insulation above 60 °C
✓ Weld-free single-piece die-cast twist blades, folding version optional
✓ 20.5 m/s disperser linear speed for 200 L batches
✓ Jacketed vessel: cooling water or heat-transfer oil, heating up to 200 °C
Explore Suitable Materials
Engineering Specs

Technical Specifications

Production frames for continuous high-viscosity paste output, with the vessel sized to the batch weight.

Parameter Specification Value Engineering Notes
Total Volume200 LitersJacketed vacuum vessel
Disperser Linear Speed20.5 m/sMaximum at the stated disperser speed
Blade ConstructionSingle-piece die-cast twist blade, weld-freeFolding blade version available
Vacuum InstrumentationPanasonic digital vacuum gaugeStandard on all models
Temperature SensingPT100 sensor, product contactStandard on all models
Vessel JacketDouble layer + flow-guide grooveCooling water or heat-transfer oil
Maximum Heating≤ 200 °CExternal insulation required above 60 °C
Control SystemTouch-screen HMI + PLC, VFD driveRecipe storage and repeatable ramp
Engineering Details

Key Design Features

The details that decide whether a production batch comes out uniform, bubble-free and repeatable.

01 // WELD-FREE BLADES

Single-Piece Die-Cast Twist Blades

The standard twist blade is cast in one piece rather than fabricated and welded, so the helical profile stays accurate and no weld seam sits in the product stream. A folding version is available for narrow vessel openings.

02 // SHEAR FOR PRODUCTION

Dispersion Sized to the Vessel

Tip speed is set by the disc diameter, not by shaft rpm. The value quoted in the table is the published maximum for this frame, which is what a paste actually experiences at the wall of the dispersing zone.

03 // WALL SCRAPER

Surface Renewal Under Vacuum

Vacuum acts only at the free surface, so the batch has to be brought to it. The scraper arm drags material off the wall and bottom and feeds it back into the blades, which is what makes a single vacuum hold effective.

04 // TEMPERATURE CONTROL

Jacket, PT100 and Insulation

Double-wall jacket with a bottom flow-guide groove, PT100 sensing in the material rather than the jacket, and a 200 °C heating limit. Above 60 °C the vessel is insulated at the factory, declared at order.

Proven Applications

Where the Production Frames Fit

Built for the paste families that run continuously rather than in samples.

CONDUCTIVE ADHESIVE

Conductive Adhesive

Silver-filled adhesives mixed under vacuum and discharged into drums or cartridges, where entrained air is a scrap criterion.

BATTERY SLURRY

Battery Slurry

Anode and cathode mixing at production scale, with the jacket holding the slurry at a controlled temperature through the dispersion step.

SOLDER PASTE

Solder Paste

Metal-powder pastes need the powder wetted uniformly without grinding it finer — the planetary arms fold while the disperser de-agglomerates.

ELECTRONIC PASTE

Electronic Paste

Thermal and electronic pastes where both shear and temperature history have to be repeatable from batch to batch.

Technical FAQ

Frequently Asked Questions — RJ-VPM-500L

Common engineering inquiries regarding vacuum retention, viscous material discharge, cleanroom compliance, and global FAT sign-off.

Q1. Why is disperser linear speed quoted instead of rpm?

Tip speed, not shaft rpm, sets the shear a paste actually sees. 20.5 m/s is the published maximum for this frame; two machines with different disc diameters running the same rpm give the paste very different energy input.

Q2. Can the same vessel cool and heat?

Yes. The double-wall jacket with its bottom flow-guide groove accepts either cooling water or heat-transfer oil. Heating is limited to 200 °C, and when the process runs above 60 °C the vessel is wrapped with insulation at the factory, which must be declared when ordering.

Q3. What discharge options are there?

Bottom discharge or front discharge, fixed at order. Bottom discharge suits gravity-fed lines; front discharge suits vessels served by a press-out unit or transfer pump.