The modular EcoCstretch and EcoCvela cleaning platforms from Ecoclean GmbH address diverse industrial component cleaning requirements by employing both aqueous and solvent-based processes spanning grease and particle removal to submicron and nanometer contamination elimination. Automated dip, flood, ultrasonic, and full-vacuum cycles deliver consistent, reproducible cleanliness with surface energy control while minimizing water and solvent consumption. Embedded digital controls and automation modules support high throughput operations, significantly reducing overall CO2 emissions.
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Selecting Optimal Cleaning Processes Based On Comprehensive Component Requirements
In selecting the optimal cleaning process, factors such as the target cleanliness level, contamination type and volume, material properties, component geometry, dimensions, and weight are fundamentally assessed. Additional company-specific demandsâincluding throughput capacity, degree of automation, and digital integrationâfurther guide decision making. Ecoclean leverages extensive application expertise across the full range of wet chemical technologies to deliver tailored cleaning systems that precisely address complex industrial requirements while ensuring consistent, reproducible outcomes.
Modular Cleaning Systems Utilize Water, Solvents, And Modified Alcohols
Reinigung mit wasserbasierten Medien (Foto: Ecoclean GmbH)
Ecocleans modular platform accommodates water-based media, solvents, and modified alcohols to address varied cleaning needs. Spray, high-pressure, immersion, ultrasonic, and plasma modules function in concert with vapor degreasing, injection flood washing, Pulsated Pressure Cleaning, and Ultrasonic Plus to eliminate oils, particulates, and surface films. This combination of technologies delivers reproducible performance. Through selective module integration, operators optimize process economics and resource efficiency while meeting precise cleanliness thresholds across industrial applications.
EcoCstretch full-vacuum cleaner processes eight aluminum baskets per cycle
The EcoCstretch system operates under full vacuum and is offered in two sizes with various chamber diameters. It cleans up to eight aluminum contact baskets per batch for inline welding preparation, using immersion and injection flood washing enhanced by Ultrasound Plus. Controlled pressure sequences and vacuum drying ensure particles remain under 500 µm and surface energy exceeds 36 mN/m. A robotic unloading into a cleanroom area with integrated filter-fan units completes the cycle.
EcoCvela integrates variable chambers and flood tanks for cleaning
EcoCvela integrates modular process chambers with up to three flood tanks for efficient cleaning. A vacuum valve maker uses EcoCvela L with two 800 Ã 500 Ã 600 mm chambers and three flood tanks to finish cleaning aluminum alloys, glass, quartz and plastics. Spraying, flooding, high-pressure, ultrasonic and PPC cycles overlap. Multistage drying via vacuum, hot air and infrared uses HEPA-filtered process air, and final HEPA conditioning ensures cleanroom purity.
Automated loading, digital monitoring and modular expansion enable throughput
Automated loading systems with digital process monitoring and modular architecture deliver high throughput and configurations. Through energy and media optimized cycles, EcoCstretch and EcoCvela minimize water and solvent usage while significantly cutting CO2 emissions. Modular components facilitate rapid scalability across diverse production needs, and digital controls ensure reliable, repeatable outcomes. This integration of cost efficiency, flexibility, and environmental responsibility establishes these systems as innovative, future-proof solutions for industrial cleaning requirements.
Modular EcoCstretch and EcoCvela Ensure Standard Aqueous Cleaning Efficiency
Ecoclean GmbHs modular EcoCstretch and EcoCvela systems deliver a versatile suite of wet-chemical cleaning processes designed for demanding industrial part preparation. By combining vacuum-based solvent and alcohol treatments with aqueous spraying, immersion, ultrasonic, and pulse-pressure cleaning, they guarantee consistent removal of particulate and film contaminants. Integrated automation and digital control maximize throughput while minimizing energy, water, and solvent consumption. Scalable configurations and monitoring reinforce overall cost efficiency and environmental sustainability.
