Optional: Standard Probes - Probes Are Made From Titanium And Machined To Specific Sizes And Shapes. When Driven At Their Resonant Frequency, They Expand And Contract Longitudinally. This Mechanical Vibration Is Amplified And Transmitted Down The Length Of The Probe. In Liquid, The Probe Causes Cavitation Which Constitutes The Main Mechanism For Sample Processing. Choosing The Appropriate Horn Is Extremely Important. The Sample Volume To Be Processed Is Directly Related To The Tip Diameter.

Cup Horn/probe - Cup Horn For Ultrasonicator : This Indirect Sonication Eliminates The Need For A Probe To Come In Contact With Your Sample. This Technique Is Often Described As A High Intensity Ultrasonic Bath. The Ultrasonic Energy Is Transmitted From The Horn, Up Through The Water And Into A Vessel Or Multiple Sample Tubes. Indirect Sonication Is Most Effective For Very Small Samples Because Foaming And Sample Loss Are Eliminated. Pathogenic Or Sterile Samples Are Ideal For This Method Because Aerosols And Cross Contamination Are Prevented. The Cup Horn And Microplate Horn Deliver Indirect Sonication And Are Ideal For Many High Throughput Applications. Microtube Holder - Up To 2-8 Samples (0.1-2ml) Can Be Treated Simultaneously. Pressure Plate Holds Tubes In Place. Avoid Contamination By Toxic Samples. Continuous Cell Flow - 316 Stainless Steel With Double Walls Through Which Cooling Water Can Circulate, This Flow Cell Allows For 10 L Per Hour Sonication. It Works With 10-20mm Probes; And With 950w To 2000w Syclon Ultrasonic Processors.