LABORATORY AUTOMATION SPECIALISTS  
 

 

PERIFLEX 300

 

Automated Filling Station

 

PeriFlex 300 ™ is an automated, peristaltic pump based filling instrument that tackles simple and complex filling tasks with ease

 

Periflex automated filling station

 

 

 

 

 

 

 

 

 

 

 

 

 

 

High performance peristaltic pump

Periflex™ is an automated filling station based on the succesful Beeline range of robotic sample processors. At the heart of the system is a high-resolution peristaltic pump drive which delivers precisely metered quantities of liquid into any tube or vessel that will fit on the instrument. Pipetting layouts can be readily created to cope with any array of racks or tubes.

 

Ideal for sterile applications

Being based on a peristaltic pump ensures that the entire fluid path is easily removable for sterilisation. A special locating arrangement ensures that the probe remains sterile when installing it back on the instrument.

Accurate for a wide range of volumes

The pump is designed to take tubing with a range of internal diameters (typically 0.5mm up to 3.2mm) making it suitable for a wide range of volumes and liquid types. This enables you to optimise the pumping performance to match your particular requirements.

Automatic calibration

For applications requiring a higher degree of accuracy, an automatic self calibration check can be performed to compensate for minor differences in tubing performance.

Flexible software

PeriFlex is supplied with software specifically designed for filling tasks. Although powerful, the PeriFlex software can be set-up for very simple routine operation. The number of runtime parameters required can be controlled so that operation of the instrument is simplified further.

Variable volume batches

For greater flexibility, up to 4 batches with different pipetting requirements can be made to run consecutively without user intervention. This is particularly useful when needing to fill different sized tubes with the same liquid. Furthermore, the volumes dispensed can also be controlled by an external spreadsheet enabling individual tubes to receive different volumes based on a calculation. For example, when disolving compounds, the volume of solvent added could be based on the mass of the compound in the vial to achieve a predetermined concentration.

Septum piercing option

A special high-torque Z-drive option can be fitted in conjunction with a septum piercing needle arrangement to allow filling of tubes with rubber stoppers such as Vacutainer® tubes (Becton Dickinson), Vacuette® tubes (Greiner) and chromatography vials.

Security shield

A perspex security shield can be supplied (optional) to keep the work platform clean and also to provide additional safety when the septum piercing option is fitted.

Technical Specification

 

Instrument size (mm)

Without cover Depth - 580, Width - 660, Height 560 (to top of z rack)
With Cover     Depth - 7000, Width - 660, Height 820 (to top of cover when raised)

Working area of probe

X maximum travel - 468mm
Y maximum travel - 275mm
Z maximum travel - 118 mm
Z maximum clearance - 220mm (i.e. maximum height of bottle allowed)

Chemical Compatability

The pump tubing is available in a range of materials to suit different applications. The following table lists the most popular.

Material Description
Silicone A good “all-rounder”. Good chemical compatability. Available in a platinum cured version which is suitable for handling foods and sensitive materials. Transparent
Marprene

Tougher than silicone with a much longer life expectancy. Good for applications where changing tubing frequently is undesirable. Opaque. Autoclavable

 

 

For a detailed chemical compatability of different tubing materials - click here

Brochure