Thomas No. 1147B08 10 ml cooling cell with water jacket. Thomas No. 1147B09 100 ml cooling cell with water jacket.  

Multi-Element Process The high throughput multi-element probes increase productivity and minimizes repetitive tasks by processing identically numerous samples simultaneously. They screw into the converter in place of the standard 1⁄2" (13 mm) probe, and can be used either manually…

The adapter Part No. 830-00014 screws onto the special probe Part No. 630-0217 at the nodal point. The glass chamberslides onto the adapter and is secured in place as the bushing is screwed into the chamber compressing the O-ring. Movingthe glass chamber up or down on the adapter allows the portion…

500 and 750 Watt Ultrasonic Processors/Cell Disruptors for High Volume Applications 10 mL to 250 mL sample size Automatic tuning LCD screen with user prompts Real-time alphanumeric display 10-hour process timer Variable amplitude control The 500 and 750 watt…

9655B01 through B11 and 9655A90 and A93 are for 130 watt units. 9655B25 through B61 and 9655A96 are for 500 and 750 watt units. Cup Horn for 130 W, 500 W and 750 W Units (9655B50-B52, 0825A04) Useful when working with radioactive, toxic, pathogenic and biohazardous materials …

Three 14/20 side necks. Flat bottom accommodates magnetic stirrer. Supplied with bushing and O-ring. Glass chamber height 162 mm.** **Must be used with the adapter Part No. 830-00014 and probe Part No. 630-0217.

The light duty converter clamp securely supports 2½" (64 mm) diameter converters onto stands with ½" (13 mm) diameter support rod. Chemical-resistant reinforced plastic.

The Sonics & Materials full wave probe is suitable for use with ultrasonic liquid processor models. It is made of sturdy material which offers enhanced durability. It ensures smooth functioning and long lasting life of the devices.

Applications include cell disruption, sample disaggregation, disintegration, homogenization and critical cleaning Converts voltage to high frequency electrical energy Energy is transmitted to the piezoelectrical transducer within the converter, where it is changed to mechanical…