Technical Cleanliness

Automatic Extraction Cabinets

PLC-controlled cabinets for repeatable contamination extraction on critical components, with stored recipes and controlled rinsing cycles.

Discuss Automatic Cabinets

Automatic Extraction Workflow

Process

A typical automatic cabinet workflow connects programmed extraction to downstream analysis.

01
Load component
Position the part securely in the rinsing chamber.
02
Select recipe
Recall the approved pressure, time and cycle settings.
03
Extract
Run the programmed rinsing or ultrasonic cycle.
04
Filter
Capture released contamination on the selected membrane.
05
Dry
Prepare the membrane for stable measurement.
06
Analyze
Measure particle count, size and distribution.
07
Report
Record results against the applicable limit.

Premium PLC-Controlled Extraction

These cabinets suit laboratories that need controlled extraction cycles, repeatable methods and documented work to ISO 16232 or OEM requirements.

High repeatability

PLC control and recipe storage support repeatable extraction cycles.

Controlled extraction

Pressure rinsing and internal rinsing support critical component workflows.

OEM compliance support

Programmed extraction sequences follow ISO 16232, VDA 19.1 and applicable OEM requirements.

Throughput ready

Premium enclosed cabinet formats support recurring laboratory work.

Models & Variants

Choose the automatic cabinet model that matches the extraction method, component size and required level of process control.

CTC-S10

Fully enclosed PLC cabinet for critical small and medium components.

Extraction method: Pressure rinsing, Internal Rinsing
Automation: PLC controller, 7" HMI touchscreen, programmable, recipe storage
Component size: Max 700X400X300 mm; 50 kg
Best suited for: Engine and fuel line components, cooling system components and EV components with critical particle size distribution.

System highlights

Rinsing chamber: 1000X700X700 mm
2 solvent tanks, each 25 Lit
Cascade type - 3 stages membrane filter holder
Fume exhaust and vacuum system
Manipulator and laminar flow adaptable

CTC-SU10

Enclosed PLC cabinet with an integrated ultrasonic cleaning stage.

Extraction method: Pressure rinsing, Internal Rinsing, Ultrasonic cleaning
Automation: PLC controller, 7" HMI touchscreen, programmable, recipe storage
Component size: Max 700X400X300 mm for pressure rinsing; 400X300X300 mm for ultrasonic cleaning; 50 kg / 10 kg
Best suited for: Small and medium critical components where particle size distribution is critical and ultrasonic cleaning is suitable.

System highlights

Rinsing chamber: 1200X1000X700
2 solvent tanks, each 25 Lit
Cascade type - 3 stages membrane filter holder
Fume exhaust and vacuum system
Laminar flow and chamber customization adaptable

Selection Guidance

Final model selection depends on extraction method, component size, ultrasonic need and handling requirement.

Choose CTC-S10

When critical components require PLC-controlled pressure rinsing and internal rinsing without ultrasonic extraction.

Choose CTC-SU10

When the component requires ultrasonic extraction in addition to pressure and internal rinsing.

Consider manipulator integration

For heavier or more complex components where compatible cabinet handling must be reviewed.

Model Comparison

Spreadsheet-backed comparison for the automatic cabinet models.

Scroll horizontally to compare all models.

Criteria	CTC-S10	CTC-SU10
Extraction method	Pressure rinsing, Internal Rinsing	Pressure rinsing, Internal Rinsing, Ultrasonic cleaning
Automation	PLC controller, 7" HMI touchscreen
Rinsing chamber	1000X700X700 mm	1200X1000X700
Max component size	700X400X300 mm	700X400X300 mm pressure rinsing; 400X300X300 mm ultrasonic
Max component weight	50 kg	50 kg / 10 kg
Manipulator adaptability	Yes	No
Laminar flow adaptability	Yes

Review the deciding requirements.

Share the application, required range and operating conditions. An applications engineer will review the appropriate configuration.

Discuss the Comparison

Applications

Typical component groups where controlled extraction and traceable results are essential.

Engine components

Repeatable extraction for engine parts with tightly controlled particle limits.

Fuel line components

Controlled rinsing for passages where particle size distribution is critical.

Cooling system components

Documented extraction for cleanliness-sensitive cooling circuits and parts.

EV components

Recipe-controlled preparation for components governed by OEM cleanliness limits.

Standards

Standards and OEM requirements guide extraction method, automation and reporting.

ISO 16232:2018

Road vehicles - Cleanliness of components and systems

VDA 19.1:2015

Inspection of Technical Cleanliness for automotive parts

OEM Technical Cleanliness Specifications

Customer-specific cleanliness limits and reporting requirements

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