FLUID MIXING & DEGASSING
Mix viscous formulations, disperse components and reduce entrapped air. Choose a processing approach around your material and vessel.
PLANETARY CENTRIFUGAL MIXERS
Start with the vessel, then compare load and vacuum assistance.
13 models
Small-vessel vacuum processing
Vacuum-assisted mixing in small twin cups, with independent speed control and a shifted-cup option.
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4 L production with vacuum
Combine 4 L production vessels with vacuum-assisted degassing and touchscreen process monitoring.
Representative SK vacuum-system photograph. Confirm the SK-4000TV configuration and installed footprint.
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Single-cup laboratory work
Compact single-cup mixing with medium and wave modes for formulation development.
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Twin-cup mixing with independent rotation and revolution control.
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Larger laboratory batches
Move to 1.1 L vessels while retaining independent speed control and step operation.
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Customer-designated vessels
Mix in customer-designated vessels up to approximately 2 L per position.
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4 L production vessels
Production mixing in 4 L vessels, with touchscreen controls and assisted container access.
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7 L production vessels
Larger production batches in twin 7 L vessels, with controlled rotor positioning for container access.
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Direct barrel and syringe mixing
Mix and deaerate directly in supported barrels and syringes using dedicated adapters.
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Parallel plate preparation
Mix, defoam and collect droplets in microplates and compatible tube holders.
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400 mL vacuum processing
Add vacuum-assisted degassing to twin 400 mL mixing with independent speed control.
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1.1 L vacuum processing
Vacuum-assisted mixing in twin 1.1 L vessels, with straight or shifted tray configurations.
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Vacuum-assisted production mixing in twin 7 L vessels, with controlled container access.
SK-10000 family photograph. Vacuum equipment and connections depend on the selected configuration.
View mixer ↗Cup sizes are nominal vessel volumes, not useful fill. Published loads are per position; confirm vessel inclusion and the selected adapter. Plate and barrel holders require configuration-specific review.
A PRACTICAL SELECTION HELPER
First choose cups, cartridges or plates. For cups, compare nominal vessel size and per-position load; the actual useful fill and compatibility require confirmation.
Single 300 mL cup; compact mixing with multiple motion modes.
Nominal cup volume: 300 mL per position · Published load reference: 0.31 kg per position
Twin 400 mL cups with independent revolution/rotation controls.
Nominal cup volume: 400 mL per position · Published load reference: 0.35 kg per position
Twin 1.1 L cups for larger laboratory formulations.
Nominal cup volume: 1100 mL per position · Published load reference: 1 kg per position
Customer-designated vessels up to approximately 2 L per position.
Nominal cup volume: 2000 mL per position · Published load reference: 2 kg per position
Twin production cups with loading/handling features.
Nominal cup volume: 4000 mL per position · Published load reference: 5 kg per position
Twin 7 L production vessels with configuration and handling review.
Nominal cup volume: 7000 mL per position · Per-position load requires confirmation
Twin small cups with vacuum assistance and shifted-cup configuration.
Nominal cup volume: 300 mL per position · Published load reference: 0.31 kg per position
Twin 400 mL cups with vacuum-assisted processing.
Nominal cup volume: 400 mL per position · Published load reference: 0.35 kg per position
Twin 1.1 L cups with vacuum and tray-variant choices.
Nominal cup volume: 1100 mL per position · Published load reference: 1 kg per position
Twin 4 L vacuum system with production utility and handling requirements.
Nominal cup volume: 4000 mL per position · Published load reference: 5 kg per position
Twin 7 L vacuum-assisted production configuration.
Nominal cup volume: 7000 mL per position · Per-position load requires confirmation
Direct barrel/cartridge mixing with dedicated adapters.
6 oz / 12 oz cartridge formats
Parallel plate/tube mixing, defoaming and spin-down workflows.
Dedicated microplate and tube adapters
MATCH THE PROCESS TO THE MATERIAL
Viscosity, dispersion requirements, temperature rise and vessel compatibility guide the choice. Test a representative formulation before specifying the process.
Rotate and revolve a supported vessel to mix formulations without an immersed blade. Vacuum models add reduced-pressure assistance for degassing.
Deliver ultrasonic energy through a probe or compatible accessory for dispersion, emulsification and liquid processing. Match the horn, vessel and cooling to the sample.
ULTRASONIC PROCESSING
Compare laboratory and industrial systems for emulsification, dispersion and liquid processing, with batch and compatible flow-cell configurations.
Programmable laboratory ultrasonic processor
A 500 W ultrasonic processor for laboratory dispersion, emulsification, cell lysis and homogenization, with programmable timing and a broad accessory range.
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Touchscreen laboratory ultrasonic processor
A 700 W laboratory processor with full-range amplitude control, touchscreen programming and accessory options for small samples, multiple tubes and continuous flow.
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Industrial batch and flow ultrasonic processor
A 2,000 W system for larger batches and inline processing, with programmable amplitude, timing and optional temperature monitoring.
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High-power industrial ultrasonic processor
A 2,500 W ultrasonic system for demanding industrial processing, with programmable intensity, pulsed output and an included high-intensity probe.
Explore product →YOUR FORMULATION. YOUR NEXT STEP.
Describe the material and the result you need. We will help define a useful equipment configuration or material trial.