PLANETARY VACUUM MIXER

Mixing & degassing,
in a single step.

A planetary centrifugal vacuum mixer: revolution and rotation create centrifugal forces that mix materials without contact, while bubbles are extracted under -98 kPa vacuum. No blades, no cleaning, consistent batches.

Request Sample Testing How It Works
-98 kPa
Vacuum degassing
2 axes
Revolution + rotation
155 mL → 20 L
From R&D to production
0 blades
Non-contact, no cleaning
01 / PRINCIPLE

Why there is no impeller blade

The cup revolves around the main axis while rotating on its own axis. The combined centrifugal forces make the material fold and mix itself along the cup wall — while the chamber is evacuated, so bubbles are removed during mixing, not afterwards.

Planetary mixing principle: revolution and rotation

Mixing and degassing happen together

Impeller mixing folds air into the material, which then needs settling or a separate degassing step — and high-viscosity pastes are hard to stir and harder to clean. In planetary centrifugal mixing the cup itself is the mixer: the material never touches machine parts, and changing materials just means changing cups.

Reproducible parameters, consistent batches

Speed, time and vacuum level are all set digitally and stored as programs — the recipe you tune in R&D is reproduced exactly, batch after batch.

Before and after vacuum degassing
Before / after degassing — bubbles are extracted during mixing, no second settling step
Impeller mixing vs. non-contact planetary mixing
Impeller vs. non-contact planetary mixing — material never touches machine parts
-98 kPa
Chamber vacuum
1:0.1–2
Adjustable rev/rot ratio
5×5
Programs × speed stages
10⁶ cps
Max. material viscosity
02 / APPLICATIONS

Your material defines the parameters

The same machine, but every industry needs a different mixing profile. These are the three scenarios we support most.

Electronics assembly line
A-01

Electronic Pastes & Semiconductor Packaging

Micro-bubbles in silver paste, solder paste or epoxy encapsulant become voids after curing — and voids show up directly in your yield.

Mixing happens inside a vacuum, so bubbles are gone before the material sets. Non-contact mixing also avoids shear damage to metal fillers.

Silver pasteSolder pasteEpoxyUnderfill
Battery research laboratory
A-02

Battery & Energy-Storage Slurries

Electrode quality depends on dispersion uniformity and batch consistency — hand-tuned stirring cannot be reproduced.

Rev/rot ratio and time are fully parameterized, so R&D recipes transfer straight to pilot runs. Small cups keep trial costs low for expensive active materials.

Electrode slurrySolid electrolyteConductive carbon paste
Materials laboratory researcher
A-03

Universities & Research Labs

When iterating across many formulations, cleaning the mixing tools takes longer than the experiment itself.

Materials only touch disposable or dedicated cups — switching formulations means switching cups. The benchtop unit runs on an ordinary lab bench, and we are minutes away from NCKU and ITRI Southern Campus in Tainan.

Materials researchSmall-batch samplingProcess development
03 / SAMPLE SERVICE

See results before you buy — Sample Testing Service

No purchase, no site visit required. Send us your material, we run it with your recipe — and let the data speak for the machine.

1

Send your sample

Tell us the material type, viscosity and target via the inquiry form. Once test conditions are confirmed, ship the material to Tainan.

2

We mix & degas it

We set the rev/rot ratio, time and vacuum to your requirements, run the mixing and degassing, and log every parameter.

3

Results shipped back

The processed sample returns with the full parameter log, so your team can verify the result against your own standards.

NDA

Samples and recipes are confidential. An NDA can be signed before testing; afterwards samples are returned or destroyed as agreed.

Request Sample Testing
04 / LINEUP

A capacity ladder from bench to production

One parameter logic across three capacity classes — recipes validated in R&D scale up without starting over.

Scale-up path: same parameters from R&D to production
Benchtop model
Benchtop
155 mL × 2
R&D sampling, fast formulation iteration, small-volume validation of costly materials
Ask for specs →
Mid-size model
Mid-size
5 L
Small-batch production, pilot-line validation, bridging R&D scale-up
Ask for specs →
Production-scale model
Production
20 L
Line integration, automated loading, custom fixtures
Ask for specs →

※ Full specification sheets and model recommendations are available via the form below — we suggest the right machine based on your material.

05 / ABOUT

Shuang Kai Hsin — your industrial mixing partner in Tainan

Shuang Kai Hsin Industrial Co., Ltd. (SKH / Convey), based in the Anping Industrial Park in Tainan, has deep roots in conveyor systems and factory automation — and builds its industrial mixing and vacuum degassing solutions on that foundation. From model selection to installation, acceptance and after-sales care, one local team owns the whole journey.

Delivery is only the beginning. On-site within 24 hours in Tainan and Kaohsiung, 48 hours anywhere in Taiwan — a promise only possible when your service team sits inside the industrial cluster.

24hr
On-site, southern Taiwan
48hr
On-site, all Taiwan
1985
In conveyors & automation
※ to be confirmed
Tainan
Local team, Anping Industrial Park
06 / CONTACT

Contact Us

Tell us about your material and target — we reply with model recommendations or arrange sample testing.

SKH / Convey
雙楷興工業有限公司

TEL
06-263-6288
EMAIL
convey2026@gmail.com
ADDRESS
No. 2, Xinle Rd., South Dist., Tainan, Taiwan (Anping Industrial Park)
WEB
convey.com.tw