Talboys Advanced Digital Heavy-Duty Vortex Mixers
from Troemner, LLC.
Designed for continuous duty.
- LED displays for speed and time.
- Includes foam insert for 1.5mL to 2.0mL microtubes.
- Ideal for applications that demand repeatable results.
- Mixer features touchpad controls and LED displays for accurate speed (rpm) and time (minutes and seconds) results.
- The heavy-duty design and efficient motor allow this mixer to operate in continuous duty and handle all accessories over the entire speed range.
- Choose from two modes of operation: “Touch” mode for mixing tubes when cup head or Universal Holder with cover is depressed, or “On” mode when using any of the accessory attachments for continuous operation.
- Microprocessor control maintains set speed for strong, consistent mixing action.
- Timer will display elapsed time or, when programmed to user defined time limits, the unit will shut off when time reaches zero.
Operating Features:
Microprocessor Control:
- The variable speed microprocessor control provides consistent uniform mixing action.
LED Display:
- Touch pad controls with easy-to-read, independent LED displays for speed and time allow operator to view both settings at once.
- Provides repeatable and accurate results every time and is easilty visible across lab benches.
- Timer will display elapsed time or, when programmed to user defined limit, will shut off unit when time reaches zero.
- Display will show last used settings, even after power has been turned off.
Operating Conditions:
- Unit can be run in conditions from 4 to 40°C (39 to 104°F), 20% to 85% relative humidity, non-condensing.
Ordering Information:
- Mixer includes a cup head, universal holder with cover, foam microtube insert for (38) 1.5 to 2.0 mL microtubes, and a 92" (234cm) detachable, 3-wire cord and specified plug.
- 5 year limited warranty on parts and labor.
Optional NIST Traceable Calibration Certificate:
- Provided by Troemner's ISO / IEC 17025 accredited laboratory.
- Multiple data points within the speed range and time function are reported on the certificate with the associated uncertainties.