Zhichu Ultrasonic Cell Disruptors

Description

Key Features

• Frequency Auto-Tracking (20–25 kHz) — Adaptive frequency control ensures stable and efficient ultrasonic operation.
• Adjustable Power (5–1800 W) — Customizable power settings based on pulverization amount, accommodating various sample types and models.
• Pulverization Capacity (0.2–1500 ml) — Supports a wide range of sample volumes with corresponding probes.
• Titanium Probes — Multiple sizes (2–25 mm) for versatile applications with durability and efficiency.
• 7-Inch Touch Screen — Intuitive interface displays and sets amplitude, power, temperature, and time.
• 50 Programmable Processes — Stores up to 50 operating processes for repeatable, user-defined settings.
• Double-Layer Soundproof Box — Reduces noise, simplifies cleaning, and minimizes contamination.
• Comprehensive Protection Functions — Over-temperature, overload, and time protection safeguard device and samples.
• Temperature Sensor with Alarm — Monitors sample temperature in real-time to prevent overheating.
• Optional Mobile App Remote Control — Enables remote monitoring and control for enhanced convenience.

Benefits

• Achieve Efficient Cell Disruption — High-frequency ultrasound with adjustable power delivers fast, consistent lysis for diverse sample types.
• Protect Sample Integrity — Temperature monitoring with alarm prevents overheating; cooling options maintain sample stability.
• Ensure Reproducible Results — 50 programmable processes store optimized protocols for repeatable, user-defined settings.
• Enhance Laboratory Comfort — Double-layer soundproof box significantly reduces operational noise.

Applications

• DNA/RNA Extraction — Lysing cells to release nucleic acids for purification and analysis.
• Protein Isolation — Disrupting cells to extract proteins for purification and characterization.
• Nanoparticle Dispersion — Dispersing nanoparticles in solutions for materials science applications.
• Chemical Catalysis — Accelerating chemical reactions through ultrasonic energy.
• Emulsification and Homogenization — Creating stable emulsions and homogeneous suspensions.
• Chromatin Immunoprecipitation — Shearing DNA for ChIP assays.
• Nanotechnology Research — Processing nanomaterials and studying nanoparticle properties.