The compact, lightweight Xrd-384 accommodates a wide variety of shallow and deep well microplates, including 98, 384 and 1536-well formats.
Designed for precise dispensing of volumes from 05ul (max. 2000ul), this dispenser can fill a 1536-well microplate in 13 seconds.
Either 8 or 16 channel dispensing using peristaltic pump mechanism enables non-contact dispensing.
Aspirate function reduces tubing dead volume in tubing.
Easy to program using a touch panel LCD. Allows the user to to specify which plate columns to be filled, or left empty.
X, Y and Z axes move automatically, the Z height adjustment can be stored as part of dispensing program. The Xrd-384 memory is able to store 100 programs.
Tubing cartridges are available with a small or standard bore, with either resin or stainless steel needles, to ensure optimal accuracy and precision at both high and low filling volumes. Tubing cartridges can be autoclaved and reused.
RS232 connectivity and OCX interface allow for simple integration into larger robotic systems.
Optional high speed, connecting microplate stacking system for high throughput requirements.

The i-PettePro is a flexible, high performance, yet economical liquid handling system for low-to-medium throughput users. A microprocessor-controlled pipetting mechanism provides high-speed, accurate and precise pipetting of microliter volumes of samples.
Compatible with 24, 48, 96, 384 and 1536-well SBS format microplates and racked tubes. Fitted with a motorised platform to automatically raise or lower a plate, or reservoir, to a preselected height. Both shallow and deep-well plates are accomodated. A motor-driven head locking mechanism enables rapid head changing with minimal effort.With a choice of easy to fit 96 and 384 channel EZ Load pipetting heads, the i-PettePro offers a wide volume range (1.0 - 500ul) with quick loading and unloading of disposable tips. Suitable as a stand-alone unit or easily integrated into a larger robotic system. A small footprint to conserve bench space, the i-PettePro will fit easily into laminar flow hoods. Touch screen controller provides simple, assisted programming. There are 3 models : the XIP-96P(H) for working with higher volumes, the XIP-96P(L) for lower volumes and the XIP-384P for low volumes with full 384 channel capability. Ideal for plate replication, plate reformatting, reagent addition, compound addition and serial dilution (by row or column). For the more budget-conscious, the standard i-Pette provides the same precise liquid handing but is supplied with a manual, rather than automated, platform for a reduced cost.

The i-Pette can be used as a stand alone unit or easily integrated into a larger robotic system.
The i-Pette is suitable for use with 24, 48, 96 384 and 1536-well SBS format microplates and racked tubes. The platform height can be easily adjusted to allow use of shallow and deep-well plates.
Ideal for use in a laminar flow cabinet.
With a choice of easy to fit 96 and 384 channel EZ Load pipetting heads, the i-Pette offers a wide volume range (0.5 - 500ul) with quick loading and unloading of disposable tips.
Easy to use Touch screen controller provides simple, assisted programming.
The i-Pette can be used for many different applications including cell culture, protein crystallography and secondary screening.
Ideal for open access labs at times when the use of a more complex high-throughput system could seem excessive, or for high volume handheld pipettor users wanting to move on to an automated system.

The Xpp-721 represents a new generation of affordable liquid handling systems with the versatility and reliability required for today's demanding laboratory environment.
Increase productivity by automating liquid handling and sample processing.
Accurate and precise pipetting of microlitre and sub-microlitre volumes into 96, 384 and 1536 well microplates.
Wide variety of head options for 8, 12, 16, 24, 96 and 384 channel pipetting.
Ideal for plate replication and reformatting, reagent addition, compound addition and serial dilution (by row or column).
Run from either a desktop PC, laptop or pocket PC. Bluetooth wireless option removes trailing wires!
Open access design ensures easy integration into larger robotic systems.
The .net framework allows full control of liquid handling functions from third party controlling software.
Fits easily onto benches and in standard laminar flow cabinets.
Volumes as low as 100nl can be pipetted using the syringe-based head option.

The EZ-Load pipettor heads simplify the use of disposable tips for multiple channel pipetting.
Tip loading and unloading becomes a simple manual process.
Specifically-designed tip racks enable a rack of tips to be transferred directly from the package into the EZ-Load head.
Simply drop the rack of tips into the head and place the head in the pipettor.
A reliable seal is provided for optimal pipetting performance. The top of the pipette tips are sealed against the face seal by the pipettor’s automated loading system.
Available for all FluidX Xpp and Xps pipetting systems and also compatible with a wide range of other 96 and 384 channel pipettors.

The ultrasonic TipWash produces a 10000-fold reduction in potential carryover.
Consumption of disposable pipette tips is lowered by 90%.
With the same footprint as microplates, the ultrasonic TipWash fits easily into a spare deck position of any liquid handler.
The TipWash system is equipped with inlet and outlet ports, the cleaning agent can be drained and filled by an external pump with the unit remaining on deck eliminating the need to interrupt the sequence.
Available in two depths, 16.5mm (max.) and 37mm (max.)
A Liquid Level Control is also available, which has been specifically designed to generate a drain and fill cycle by means of electrical or manual inputs.