Component & Part Size
- Small components
- Large assemblies
- Heavy or difficult-to-handle parts
Contamination Extraction & Filtration Systems
Controlled Extraction, Filtration and Cleanliness Preparation for Critical Components
From tabletop preparation kits to PLC-controlled and customized extraction cabinets for critical component cleanliness workflows.
Product Visual
Flagship Extraction Cabinet
Large flagship extraction cabinet product visual
From Component to Cleanliness Report
Process
A controlled path from component preparation to analysis-ready reporting.
- 01
Component
- 02
Extraction
- 03
Filtration
- 04
Gravimetric Analysis
- 05
Particle Analysis
- 06
Reporting
- 07
Quality Decision
Select the Right Extraction System for Your Application
Selection depends on component size, extraction method, cleanliness requirement, automation, throughput and handling needs.
Right Extraction System
Component sizeExtraction methodCleanliness targetAutomation levelThroughputHandling requirement
Extraction Method
- Pressure rinsing
- Ultrasonic extraction
- Agitation
- Combined extraction methods
Cleanliness Requirement
- Gravimetric analysis
- Particle-size limits
- ISO 4406 / ISO 4407
- ISO 16232 / VDA 19.1
Automation & Throughput
- Laboratory testing
- Routine production testing
- Semi-automatic systems
- Fully automatic systems
tabletop-to-customized-extraction-systems.jpg
Recommended source size
1200 × 900 px
From Tabletop Kits to Customized Extraction Cabinets
Component size and extraction method determine the system format, from tabletop membrane-preparation kits to automatic cabinets for large or complex parts.
Models & Variants
Component size, cleanliness requirement, extraction method and test volume separate the available system families.
Custom EngineeredBuilt to Application
Customized Extraction Systems
Component size, extraction method, cleanliness specification, handling and automation determine the customized cabinet configuration.
Customization may include
Large extraction cabinets
Open cabinets
Integrated ultrasonic systems
Manipulator-assisted systems
Special fixtures
Customer-specific extraction methods
Best suited for
Large and extra-large componentsHeavy components requiring assisted handlingParts with complex geometry or internal passagesCustomer-specific cleanliness workflowsApplications needing special fixtures or extraction methodsProjects requiring defined automation and validation behavior
customized-extraction-systems.jpg
Recommended source size
1000 × 700 px
manipulator-assisted-extraction-system.jpg
Recommended source size
1000 × 700 px
Premium Optional Module
Manipulator-Assisted Extraction System
Heavy Component Handling with Multi-Axis Positioning
Integrated with suitable extraction cabinets, the manipulator significantly expands capability for large, heavy and complex components.
Handles components up to 250 kg
3-axis movement
360° rotation
30° tilting
Accurate component positioning
Improved operator ergonomics
Better extraction coverage
Ideal for large, heavy and complex components
Best suited for
Large castingsEV battery housingsTransmission housingsCylinder blocksHeavy industrial componentsLarge aerospace components
Compatible with selected Conation extraction cabinet models: CTC-S10 and CTC-L20.
Compare Extraction Systems
Start with the situation, then narrow the family and model group.
Scroll horizontally to compare all models.
| Decision Point | Routine Cleanliness | ISO 16232 / VDA 19.1 | OEM Critical Components | Large Components | Dry Extraction | Entry-Level Laboratory |
|---|---|---|---|---|---|---|
| Application | Recurring checks where specifications are relaxed | Controlled particle distribution and standards-led workflows | Engine, fuel line, cooling system and EV components | Battery chassis, crank shafts, crank cases and large housings | Solvent extraction is prohibited | Small parts, compact setup and preparation work |
| Preferred Extraction Method | Pressure rinsing | Pressure rinsing, Internal Rinsing | Pressure rinsing, Internal Rinsing, Ultrasonic cleaning where suitable | Pressure rinsing, Internal Rinsing | Air Extraction | Manual extraction support or ultrasonic extraction |
| Component Size | Small, medium or larger routine components by selected trolley or cabinet size | Small and medium critical components | Small and medium critical components with defined geometry or passages | Large, extra-large, heavy or complex components | Small and medium components suitable for dry extraction | Small laboratory parts and samples |
| Automation Level | Manual or control-panel operation | PLC / HMI preferred | PLC / HMI with recipe storage | PLC / HMI or customized | Control panel operation | Tabletop / manual |
| Cleanliness Specification | Relaxed TC specifications, gravimetry or largest particle size checks | ISO 16232 / VDA 19.1 and OEM cleanliness requirements | Critical particle distribution and customer-specific OEM limits | Application-specific cleanliness limits and handling constraints | Solvent-restricted cleanliness requirements | Entry-level, sample preparation or routine laboratory workflows |
| Recommended Product Category | Economic Extraction Systems | Automatic Extraction Cabinets | Automatic Extraction Cabinets | Customized Extraction Systems | Air Extraction Systems | Tabletop Laboratory Solutions |
Review the deciding requirements.
Share the application, required range and operating conditions. An applications engineer will review the appropriate configuration.
Discuss the ComparisonExtraction Methods
Shortlist the method before finalizing system size and automation.
Standards and Cleanliness Requirements
OEM limits can influence method, cabinet design, automation and validation approach.
ISO 16232:2018
Road vehicles - Cleanliness of components and systems
VDA 19.1:2015
Inspection of Technical Cleanliness - Particle Contamination of Functionally Relevant Automotive Parts
ISO 4406 & ISO 4407
ISO 4406 defines cleanliness coding for solid-particle contamination; ISO 4407 defines microscopic particle counting for fluid contamination. Each standard retains its distinct purpose.
ISO 18413
Hydraulic fluid power - Cleanliness of components - Inspection document and principles related to contaminant extraction and analysis, and data reporting
ASTM F312
Standard Test Methods for Microscopical Sizing and Counting Particles from Aerospace Fluids on Membrane Filters
OEM Technical Cleanliness Specifications
Customer-specific cleanliness specifications used by global automotive and industrial OEMs
Related Solutions
Extraction and filtration connect directly with gravimetry, particle analysis, cleanroom planning and cleanliness reporting.
Particle Analysis Systems
Particle measurement, classification and cleanliness reporting.
Learn MoreGravimetry Analysis
Mass-based contamination evaluation after membrane preparation.
Learn MoreCleanliness Testing Services
Commercial testing, validation and reporting support for component cleanliness.
Learn MoreTechnical Cleanliness Consumables
Membranes, solvents, filter holders and accessories for routine workflows.
Learn MoreNeed Help Designing Your Contamination Extraction Workflow?
Share the component size, target surfaces, cleanliness standard, extraction method and expected test volume. Conation will define the required extraction and filtration system.