Oxford Lab Products – BenchMate VM-M Mini Vortex Mixer

BenchMate VM-M Mini Vortex Mixer Product Description:

The Oxford Lab Products BenchMate VM-M Mini Vortex Mixer enables scientists to perform powerful vortexing anywhere in the lab. With a 100 x 100 mm footprint and a 4,500 rpm max speed, the BenchMate VM-M Mini Vortex Mixer is one of the most powerful mini vortexers on the market. The robust construction with a die-cast aluminum base ensures durability of the product and a long product lifespan. The suction cups add stability to the unit. These cups also reducing the minimal sound and vibration for extremely quiet operation.

This BenchMate VM-M Mini Vortex Mixer has a speed range from 2500 to 4500 rpm for thorough mixing & quick vortexing applications. The vortexing orbital diameter is 4.5 mm for optimal vortexing of solutions in common lab vessels.

This mini vortex mixer can be used inside fume hoods and in cold rooms, for added versatility. The unit weighs 0.55 Kg. The smart and robust design includes press activation of the vortexing action with a suspension system. The unit delivers set speed, even under varying load conditions, using microprocessor technology.

The BenchMate VM-M Mini Vortex Mixer is equipped with a silicon cup that is easy to clean for added convenience. The brushless DC motor provides a more robust and powerful performance.

If you require something a little more heavy duty and versatile, check out our larger BenchMate Digital Vortex Mixer.

BenchMate VM-M Mini Vortex Mixer Features and Benefits:

  • Speed range from 2500 to 4500 rpm for thorough mixing & quick vortexing applications.
  • Orbital vortexing diameter of 4.5 mm.
  • Robust construction with die-cast aluminum base and suction cups for added stability.
  • Can be used inside fume hoods and in cold rooms.
  • 100 mm x 100 mm footprint.
  • Weight of 0.55 Kg.
  • Smart and robust design – press activation with suspension.
  • Silicon cup that is easy to clean.
  • The brushless DC motor provides a more robust and powerful performance.
  • Delivers set speed, even under varying load conditions, using microprocessor technology.

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