PRO Quick Connect Homogenizer Generator Probes are manufactured out of 316 stainless steel for the utmost in chemical compatibility. They are precision crafted with a very narrow clearance between the inner rotating shaft and outer tube/chamber, which allows for quick, effective and repetitive processing, meaning you will get the results you want each and every time.
PRO Quick Connect Generators are designed to be anti-foaming in design and are very easy to take apart and clean between samples, a simple unscrewing of the top set screw allows for disassembly. Appropriate cleaning procedures include chemically cleaning, autoclaving and flaming.
Complete replacement parts for the generator are available, thereby extending the life of this valuable piece of equipment.
* Sample piece size and quantity will affect breakdown. Sample solid piece size should not be larger than the diameter of the generator probe. For the most efficient homogenization of solids, the generator probe should be twice the diameter of the largest solid in the sample
Dimensions: 10mm x 115mm
Material: 316 SS & PTFE
Double Bearing Design:
Unlike many competitors' probes, PRO probes have a double bearing design for strength & stability, providing for better performance, safety, and longer product life too.
The generator probe's rotor shaft component does not connect directly to the homogenizer's drive shaft like many competitors' equipment, as this is a major weak point in competitors' probe-to-homogenizer connection design, because it leads to wear/damaging their probes faster and eventually the drive shaft connection of their homogenizer too, which will require repair or purchasing of new equipment much sooner.
PRO Scientific's generator design eliminates the bending and flexing that occurs with competitors' probes by the double bearing aspect. Also, PRO Scientific's generator probe's rotor shaft component connects to the motor drive shaft thus allowing it to spin more freely and straighter. It also ensures that the homogenizer generator probe is optimally locked into place during homogenization and eliminates or reduces the wear and damage to the probe and homogenizer's drive shaft.
