Laboratory Ultrasonic Cleaner

About Laboratory Ultrasonic Cleaners

Ultrasonic cleaners effectively clean machinery and components made from metal and plastic. Each ultrasonic cleaning system is constructed from high-strength, fully rust‐proof steel. The structure and design ensure reliable cleaning performance.

Stanford Advanced Materials (SAM) provides ultrasonic cleaning for components of various shapes and sizes. We design and manufacture custom systems for specific applications. We also supply components for retrofitting or upgrading an existing basin. Systems are available for cleaning bearings, ceramics, ophthalmic precision lenses or mechanical production assemblies.

Stanford Advanced Materials (SAM) produces and supplies laboratory ultrasonic cleaners. These include high‐frequency desktop ultrasonic cleaners, low‐frequency desktop ultrasonic cleaners with heating elements and alternative low‐frequency desktop models.

Key Features of Laboratory Ultrasonic Cleaners:

Ultrasonic cavitation: Our ultrasonic cleaners utilise high‐frequency sound waves to produce microscopic bubbles. These bubbles subsequently collapse and remove contaminants. Specific tests show removal rates of up to 95% for stubborn deposits.

Gentle yet effective: The devices clean sensitive surfaces without causing damage. This process reduces the risk of harm to delicate equipment.

Uniform cleaning: Ultrasonic cleaning reaches small crevices and detailed geometries. Consequently, it provides consistent cleaning across surfaces.

Applications of Laboratory Ultrasonic Cleaners:

Lab glassware: Removes residues, stains and particles from glassware. This ensures accurate experimental and analytical outcomes.

Medical instruments: Cleans surgical instruments, sensitive medical devices and dental equipment. The process meets hygiene standards and patient safety requirements.

Electronics: Removes flux residues, dust and other contaminants from circuit boards and electronic components. This cleaning process improves the performance and reliability of electronic devices.

Why Choose Our Laboratory Ultrasonic Cleaners?

Precision cleaning: Achieves high cleaning precision even in hard to reach areas and complex geometries. Measurements show up to 98% cleaning consistency.

Gentle cleaning: Provides complete cleaning without compromising the integrity of sensitive instruments. Laboratory tests demonstrate minimal surface wear.

Efficiency: Reduces cleaning time by up to 30%, thereby increasing overall productivity.

Versatility: Applicable for various uses across industries and research fields, including chemistry, physics and biology.

Expertise: Delivered by Stanford Advanced Materials, which has supplied over 1 000 systems globally since 01/01/2010. Customers receive support based on verified process performance.