Integrated Ultrasonic Cell Crusher SCIENTZ-650J
The integrated ultrasonic cell crusher offers a versatile solution for high-precision sample processing across diverse volumes, requiring only the selection of a corresponding probe to match specific requirements. Engineered for both safety and performance, the system incorporates integrated ultraviolet sterilization alongside the distinct advantage of continuously adjustable time and power settings. This robust functionality enables the efficient disruption of various animal and plant tissues, cells, and bacteria. Beyond sample lysis, the unit serves as a multi-functional laboratory tool capable of emulsification, separation, dispersion, and extraction, while also facilitating thorough cleaning and the acceleration of chemical reactions. Its broad utility makes it an essential instrument for researchers working within the fields of life sciences, materials science, and environmental protection.
Overview
▍Key Advantages
Adaptive Amplitude Contro
lSwitch seamlessly between 6 standard probe sizes (2mm–13mm) to match application needs: low amplitude for delicate emulsification, high amplitude for aggressive tissue/cell disruption. Ensure reproducible results for sensitive workflows like DNA/RNA isolation.
Research-Grade Precision
650W power (1%–100% adjustable) and a 7-inch capacitive touch screen enable precise parameter control. Temperature monitoring (0–99.9℃) and duty cycle adjustment (0.1%–99.9%) prevent sample overheating and ensure process stability.
User-Centric Design
Electric transducer lifting with optional remote control for easy operation.
Built-in interior lighting and sterilization function for contamination-free sample processing.
Compact footprint (312×334×510mm) saves valuable lab bench space.
▍Applications
Molecular Biology: Cell lysis, DNA/RNA extraction
Material Science: Nanoparticle dispersion & synthesis
Biochemistry: Protein extraction, homogenization
Chemical Engineering: Emulsification, reaction acceleration
Pharmaceutical R&D: Sample preparation & formulation




