Scients IID

Specification

Sample Processing Volume 10 μl – 600 ml (requires matching exact tip)
Including Probe Tip Φ6 mm
Optional Probe Tips Φ2 mm, Φ8 mm, Φ10 mm, Φ15 mm
Operation Mode Pulse / Continuous
Temperature Alert 0–99°C
Alarms Temperature, Time, Error
Operational Status Indicator LED light strip indicates operational status
Total Ultrasonic Time 1–999 min
Ultrasonic On-Time 0.1–99.9 s (0.1 s increment)
Ultrasonic Off-Time 0–99.9 s (0.1 s increment; continuous operation when set to 0)
Program Storage 50 groups
Multi-stage Programs Max 6 stages
Display 7-inch TFT touchscreen
Display Content Time, Function, Temperature, Real-time Frequency
Transducer Maximum Diameter φ66 mm
Transducer Amplitude Ratio 696.96 (Max)
Optional Disruption Cups 30 ml, 100 ml, 400 ml
Soundproof Box Auto soundproof box with electric lift mechanism
Dimensions 345 × 345 × 535 mm
Standard Configuration Main unit ×1, Titanium Alloy Transducer ×1, Φ6 Booster Horns
Category:

Description

Ultrasonic cell disruptor/crusher is a multifunctional tool that utilizes the cavitation effect of ultrasonic waves to process samples of various volumes with a choice of models and suitable probes. This tool is equipped with continuously adjustable time and power settings, UV sterilization feature (on the integrated type), and a digital power supply system with a high-performance DSP processor that supports automatic frequency tracking and high working stability. Its functions include the destruction of plant and animal tissues, cells, and bacteria, as well as applications for emulsification, separation, dispersion, extraction, cleaning, and acceleration of chemical reactions. This tool is widely used in the fields of life science, materials science, and the environment.

Application area :

Bioengineering:
Disruption of cells, bacteria, viruses, spores, and other cellular structures; preparation of DNA fragmentation in high-throughput sequencing and chromatin immunoprecipitation (non-contact fragmentation).

Food Engineering
Homogenization of beverages using ultrasound; aging and mellowing techniques for wine; accelerating dissolution and chemical reactions, such as in the processing of oils and fats;

Environmental Engineering
Studying homogeneous soil and rock samples; investigating the structural and physical characteristics of rocks;

Biopharmaceuticals
Dispersion of injectable pharmaceutical substances; dispersion and extraction of traditional Chinese medicine; pyrolysis, emulsification, homogenization, and fragmentation of particulate matter such as carbon nanotubes and rare earth materials;