PRO Scientific PK-01250MXD Deluxe MaX-Homogenizing Package: 5ml-4L Beakers (1/EA)

• Homogenize in 5ml-100ml tubes & 3L beakers
• For all sample types, even tough or stringy
• 10mm & 20mm saw-tooth probes
• Provides fast & efficient sample breakdown
• Protective Carrying Case
• Made in the USA with a 2 Year Warranty

Perfect for standard homogenizing in 5ml conical to 50ml tubes as well as medium-large beakers. Cost effective for great homogenization performance for the best results in shorter time. Sample breakdown level can reach a very low nanoparticle level, as small as 1 micron. Individual solid samples as large as ½” in diameter can be processed. Most effective for sample volumes of 1.5ml to 2L.

USA Made product, produced in small batch production & complete product testing. PRO products have less than 1% failure rate. Kit Includes: PRO250 Homogenizer, 10mm X 115mm Saw-Tooth Probe, 20mm X 200mm Saw-Tooth Probe, and Protective Carrying Case.

All PRO Probes have a unique Double Bearing Design Feature:

Unlike many of our competitor's probes, we have a double bearing design for strength & stability, providing for better performance, safety, and longer product life too. PRO probe's rotor shaft component does not connect directly to our homogenizer's drive shaft like many of our competitor's equipment, as this is a major weak point in competitor's 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 design eliminates the bending and flexing that occurs with our competitor's probes by our double bearing aspect. Also, PRO 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 PRO probe is optimally locked into place during homogenization and eliminates or reduces the wear and damage to the probe and homogenizer's drive shaft.

* 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 sample diameter of the largest solid should not be larger than the probe diameter.