This advanced planetary centrifugal mixer builds on the basic individual revolution and rotation speed control system by adding enhanced processing functions for more demanding materials. The unit allows the revolution speed and rotation speed to be set independently, giving users greater control over mixing, dispersion, and defoaming conditions. With the ability to process up to 700 g of material using two 400 mL containers weighing up to 350 g each, it is well suited for laboratory-scale development and material testing. In addition to its standard mixing and defoaming capabilities, the model includes high-speed mode for intensive processing and anti-separation mode, which helps suppress separation in materials with different specific gravities, such as powder-and-liquid mixtures.
PLANETARY CENTRIFUGAL MIXING
SK-350 TII
Twin 400 mL cups
Twin-cup mixing with independent rotation and revolution control.
- Vessel format
- Twin 400 mL cups
- Published load / position
- 350 g
- Vacuum assistance
- Non-vacuum model
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.
Two motions. One mixing process.
Planetary centrifugal motion combines vessel rotation with revolution around a central axis. Material is mixed inside the supported vessel without a conventional immersed blade.
Twin-cup laboratory work.
Full model description
Controls and handling.
Mixing controls
Operating features and reference symbols
Throughput
•400ml (350g) x 2 cups
Function
• Individual rotation and revolution control.
• Step operation to help with stubborn materials.
Find your application fit.
Application examples
Find the material family closest to your work. Select an image to examine the example materials.
Adhesives & sealants
Mixing and air removal for epoxy, silicone and filled adhesive or sealant formulations.
Coatings, inks & paints
Preparing pigment, binder and coating formulations with attention to dispersion and entrapped air.
Battery & energy materials
Mixing electrode slurries, conductive pastes and other energy-material formulations.
Electronics & advanced materials
Preparing conductive, thermal and ceramic pastes for materials development.
Pharmaceutical & medical materials
Exploring mixing and deaeration methods for research formulations and medical materials.
Cosmetics & personal care
Mixing creams, gels and other personal-care formulations while managing entrapped air.
Chemical & polymer formulations
Combining resins, fillers and additives in chemical and polymer formulation work.
Food & consumer product R&D
Developing mixtures, pastes and other sample formulations for product research.
Illustrative material families guide an application discussion. Confirm the vessel, material compatibility and processing conditions for your formulation.
View mixing principles & example results
Vessels, adapters and optional monitoring.
Choose the vessel and matching adapter.
Review container dimensions, material compatibility, fill quantity and total loaded mass together. Available formats depend on the model and adapter.
Container and adapter details
The Kakuhunter mixer can accommodate multiple container sizes and shapes, giving users flexibility when processing different material volumes, viscosities, and application requirements. By using the proper adapter, materials can be mixed and degassed in small jars, syringes, cups, bottles, and specialty containers without needing to transfer the material between vessels. This helps reduce material loss, minimize contamination risk, and improve workflow efficiency.
The ability to use different container formats makes the system suitable for a wide range of applications, from small-scale R&D samples to larger laboratory batches, while maintaining consistent mixing, dispersion, and bubble removal performance.
Optional temperature monitoring
The optional Kakuhunter Temperature Monitoring System allows users to measure and monitor material temperature in real time during the mixing process. This accessory helps improve process control, supports repeatable results, and provides added protection for temperature-sensitive materials.
- Measures and monitors material temperature while mixing
- Displays real-time temperature data from the integrated temperature sensor
- Provides alarm notifications when the measured temperature exceeds the preset upper or lower limit
- Allows measured temperature data to be exported in CSV format for recordkeeping and analysis
- Compatible with 300 mL, 400 mL, and 1100 mL containers
For temperature-sensitive formulations
· Materials are damaged by temperature rises.
· Materials harden with temperature rises.
· The composition of materials changes or their components volatilize, etc.
Optional temperature monitoring kit: components
Three components for the optional temperature monitoring system.
Container & transmitter
Container with temperature transmitter cover assembly.
Wireless receiver
Receiver for customer computer
Computer shown for context.
Monitoring software
Sensor Application Software
Technical specifications.
On a small screen, swipe across the table to see every column.
Model data
| Cup size | 400ml x 2cups Various syringes of 30cc or less |
|
| Max throughput | 350g x 2cups | |
| Other containers | A variety of containers and syringes can be used by use of an adapter | |
| Speed of revolution | Settable at 9 steps | |
| Speed of rotation | Settable at 10 steps | |
| Setup time | Maximum 25 minutes (5 step total) | |
| Step mode | 5 steps
Continuous operation can be performed with 5 different types of operation patterns (condition settings) |
|
| Conditions setting memory | User-settable channels | 90CH |
| Fixed data channels | 10CH | |
| Power supply voltage | Single-phase 100-120V Single-phase 200-240V 50/60Hz |
|
| Power consumption | 1.38kW | |
| External dimensions | W400×D482×H495（㎜） | |
| Weight of the main unit | Approx. 52kg | |
* It differs machine throughput depending on materials characteristic.
* Revolving speed may change depending on materials characteristic.
* Detailed specification may change without prior notice.
Compare a different approach.
SK-300 SII
Single-cup laboratory work
- Vessel format
- Single 300 mL cup
- Vacuum assistance
- Non-vacuum model
SK-350TVS
400 mL vacuum processing
- Vessel format
- Twin 400 mL cups
- Vacuum assistance
- Vacuum-assisted
SK-1100T
Larger laboratory batches
- Vessel format
- Twin 1.1 L cups
- Vacuum assistance
- Non-vacuum model
YOUR FORMULATION. YOUR NEXT STEP.
Tell us what needs
to mix better.
Describe the material and the result you need. We will help define a useful equipment configuration or material trial.
- Formulation, viscosity and any fillers
- Vessel format and working batch quantity
- Air removal, dispersion or mixing target
- Temperature sensitivity and cleaning needs