BI-900PS Probe Sonicator 900W Ultrasonic Processor

Description

Introduction

The BI-900PS Probe Sonicator is a powerful, high-performance ultrasonic processor engineered for precision laboratory applications. Whether you are performing delicate cell lysis or robust sample homogenization, this device provides the reliable energy transfer required to achieve reproducible and efficient experimental results every time.

Key Features

– High-performance 900W power output with adjustable settings from 1 percent to 99 percent

– Wide operating frequency range of 20-25KHz for versatile sample processing

– Capable of handling processing volumes between 0.5ml and 600ml

– Includes a durable 6mm probe tip for precise energy application

– Integrated sound abating trap dimensions of 345 by 340 by 570mm to minimize noise

– Precise control with adjustable duty ratio from 1 percent to 99 percent

Benefits

This sonicator simplifies complex laboratory workflows by providing repeatable, high-intensity ultrasonic energy. By offering a broad range of power and duty cycle control, it allows researchers to protect heat-sensitive samples while maximizing throughput. The included noise-abating enclosure ensures a quieter work environment, improving laboratory safety and comfort during long-term operation.

Usage / How to Use

To use the BI-900PS, place your sample in an appropriate vessel and secure the probe tip at the designated depth. Use the digital interface to set the required power percentage and duty ratio based on your protocol. The unit is primarily used for cell disruption, nanoparticle dispersion, protein extraction, and the preparation of stable emulsions in biological and chemical research settings.

Why Choose This Product

The BI-900PS stands out for its exceptional build quality and user-friendly interface. It offers high-wattage power density that rivals top-tier industry alternatives at a superior value. Built for durability and precision, it ensures that your samples receive consistent energy without compromising on safety, making it a dependable backbone for your modern scientific laboratory.