Agitateur double action

Dual-action benchtop platform shakers accommodate flask up to 6L.

The most versatile shakers at a reasonable price offer an ideal solution for your mixing needs.

Control Panel

Operating Features

• Microprocessor PID control and shaking speed calibration.
• Dual-action shaking motion: orbital or reciprocating.
• Speed range: 10 to 500 rpm
• Timer range: 1 min. to 999 hr 59 min.
• Adjustable shaking amplitude.
       - 12.7mm or 19.1mm for OS-2000
       - 19.1mm or 25.4mm for OS-3000
• User friendly control panel.
       - Lab Companion’s unique VFD-bright, clear, easy to read. 
       - Durable membrane touch switch and control knob.
• Speed is basically set and displayed in increments of 1 rpm.   
  Also speed increment interval can be set among 1, 5, 10 rpm according to users preference.
• RS-232 port and USB port for external control and data collection.  

Constructional Features

• Wide speed range even with heavy workload.
  -  Equipped with a maintenance-free BLDC motor to generate 
  smooth, quiet, uniform, and yet powerful shaking motion.  
• Repetitive task can be easily performed as the plaNorm stops where it starts. 
• -  Stopping the shaking plaNorm always at the same position is 
  highly beneficial for automated dosing or sampling process.
• Pleasant test environment by the smooth acceleration and deceleration control.
  -  Smooth start and smooth stop function prevent chemical spills from flasks or test tubes.
• Low-profile design minimizes vibration or sliding caused by the high speed shaking motion.

Safety Features 

• Worry-free operation.
  -  Automatic shaking speed adjustment in case of excessive 
  workload such as unbalanced load placement,  unusual 
  vibrations caused from unstable Voor or external shock.  
• Automatic run after power interruption.
• Audible/Visible alarm activated by shaking speed deviation.
• Shaker protection system against over-current, stalled platform check.

Specifications        

¹ Main unit's dimension is measured without a platform.