Product Introduction

One process family, every scale

Sonochemistry scales differently from most unit operations — you do not buy a bigger machine, you add power and probe area. This system family covers that path: the 2000L platform at 1000 W for lab and pilot, the WT320 platform to 3200 W for production, and reactor tooling that grows with them.

Batch probe stands, inline flow cells and multi-probe trains all run on the same control logic — a process validated in the lab transfers to the line without re-invention.

2000L: 1000 W · WT320: to 3200 WBatch & inline flowMulti-probe trainsSame control logicProcess support

Platform Comparison

2000L and WT320 side by side

	2000L platform	WT320 platform
Power	1000 W	1000 / 2000 / 3200 W
Generator size	33 × 23 × 12 cm · 4.25 kg	32.7 × 22.3 × 11.3 cm · 4.25 kg
Control	Touch screen, 0.1-min steps	Touch screen + 485 communication
Voltage	AC 220 V 50 Hz	AC 220 V 50 Hz
Best for	Lab, pilot, small production	Production lines, continuous flow

Tool Heads

Environment-matched reactor heads

The head is chosen for the media and the plant — not one-size-fits-all.

Tool-head options include nine-section (explosion-proof), four-section (waterproof) and rhombus (high-temperature) builds.

Scale-Up Path

Validate once, scale three times

1

Lab validation

Prove the effect on the bench: probe, beaker, 1000 W.

2

Pilot flow

Move to a flow cell; confirm the dose per litre.

3

Production train

Multi-probe or multi-generator train sized to your throughput.

Parameters transfer because amplitude and energy density stay the physics anchor at every scale.

Technical Specification

System specification

Systems ship with the process settings from our test bay.

From sample to system

1

Send media samples — we run feasibility.

2

Pilot trial defines dose per litre.

3

System quoted with the validated parameters.

Stable under probe wear — generators re-track resonance as tips erode.

Lab / pilot platform	2000L — 20 kHz, 1000 W, 33 × 23 × 12 cm, 4.25 kg, AC 220 V 50 Hz
High-power platform	WT320 — 39 × 31 × 14 cm, 10.32 kg, AC 220 V 50 Hz
Amplitude	Adjustable to process demand
Reactor options	Batch probe stands; inline flow cells; multi-probe industrial trains
Tool heads	Nine-section (explosion-proof), four-section (waterproof), rhombus (high-temperature)
Typical media	Water-based suspensions, plant extracts, slurries, process water
Warranty	One year warranty with lifetime support

Suitable Applications

Industries served

Botanical & Pharma

Cold extraction that protects heat-sensitive actives.

Advanced Materials

Graphene and nanomaterial de-agglomeration at production scale.

Water Treatment

Degradation, degassing and pipeline descaling duty.

Recommended Matching Components

Build your system

2000L Generator

Economy 20 kHz 1000 W lab / pilot generator.

View details →

WT320 System

Up to 3200 W with touch control and 485 link.

View details →

Bench Homogenizer

The lab starting point of the family.

View details →

Transducers & Converters

Piezo stacks for liquid processing probes and reactors.

View details →

Customization & Testing

Feasibility on your media

Send media samples — we run the feasibility trial and return the dose-per-litre data with a system proposal.

• Media description and solids content
• Process goal (disperse / extract / degrade)
• Batch volume or flow rate
• Temperature and material constraints
• Hazardous-area requirements if any
• Target throughput

Send Us Your Requirement Free Process Test

1

You send media samples.

2

We run feasibility and pilot trials.

3

You receive the validated system proposal.

FAQ

Can you prove it works on our media?

That is the standard path — samples in, feasibility data out, before any quote.

Explosion-proof builds?

Yes — the nine-section tool head serves hazardous areas.

How do systems scale?

More probe area and more generators — energy density per litre stays the design constant.

Maintenance?

Probe tips are the wear part; generators re-track resonance automatically.

2000L GeneratorLab / pilotWT320Production powerBench HomogenizerBench package

Send Media Samples for Feasibility

Dose-per-litre data from our test bay — the basis for a correctly sized system.

Contact an Engineer

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