Lab automation involves the integration of advanced instrumentation and software to streamline and optimize lab workflows. From automated liquid handling systems and robotic sample preparation to high-throughput screening platforms and entirely automated workstations, lab automation technologies enhance efficiency, accuracy, and reproducibility in scientific experiments and analyses. Explore how lab automation accelerates discovery, reduces human error, and unlocks new possibilities across a range of scientific fields.
Xiril’s Neon 150 serves high throughput needs and is the perfect choice for your targeted solutions, with unmatched options and flexibility on a relative small platform. Up to two pipetting arms with 8 independent pipetting channels each or even a 96 channels head can take over automated reformatting, dilution series, PCR-Setup, archiving, extractions, hit picking etc., while you are free for other jobs. The Neon technology cr…
Are you looking for a new pipetting partner for daily reliable assistance in your lab? Xiril’s Neon 100-1-8 is ready to take over several liquid handling jobs, such as PCR-setup, reformatting, dilution series, archiving, hit picking, extractions etc. – while you are free for other tasks! The technology of the robotic workstation Neon 100-1-8 crosses boundaries with its pipetting arm, holding eight channels that work independen…
The Tube-ScanX LR is the new scanner for the automated reading of barcodes on tubes on a Xiril liquid handling robotic workstation. The barcode scanner “LR” is equipped with a laser reader for a fast record of all barcodes on tubes without interruption while reading. The laser camera with autofocus is mounted fix on the worktable. It doesn’t have to be moved whereas the tube holding racks are drawn with two of the pipetting ad…
The Plate-ScanX enables microplate identification for data tracking in an automated liquid handling process on a Xiril robotic workstation. Xiril’s plate scanner device allows reading of 1D and 2D barcodes on the side of microplates. The plate gripper of the Xiril liquid handling workstation picks up the plate and presents it in front of the barcode scanner camera.
The Thermo-ShakeX device for automated tempered shaking of microtiter plates can be mounted on a Xiril liquid handling workstation. It is capable of shaking plates at a maximum temperature of 95°C. Specific adapters for flat-bottom, round-bottom and PCR plates ensure efficient heat transfer throughout the incubation period. The Thermo-ShakeX is controlled by the Lirix software package and also permits heating or shaking only.…
The Plate-TempX low profile heating & cooling device to temper microtiter plates during an automated liquid handling process can be mounted on a Xiril pipetting workstation. The Plate-TempX station – based on Peltier technology – allows incubation of a microplate in a temperature range of +4 to +70°C. Specific adapters for flat-bottom, round-bottom and PCR plates ensure efficient temperature transfer throughout the incubation…
Plate-GripX is the sophisticated plate gripper of Xiril pipetting workstations. This gripper is mounted onto two pipetting channels of the robotic arm and doesn’t require an additional separate robotic arm. The Plate-GripX manages the transport of micro plates, deep well plates, and any item with a micro plate footprint. When not in use, the Plate-GripX is parked onto a magnetic stand at the gripper park station.
Speed up your automated procedures and increase the throughput of your pipetting processes with 96 channels working in parallel! Xiril’s liquid handling workstations Neon100 and Neon150 can be equipped with a 96 channel pipetting head, using air displacement technology. The pipetting range from 3-200µl allows liquid transfers into 96- and 384well micro- and deep well plates in both single- and multi-pipetting modes. The 96 cha…
A flexible liquid handling instrument would be useless without an equally flexible software to support it. That’s why for all Xiril robotic workstations “Lirix” was created; a modular software package with a multi-level architecture that is ideal for start/stop routine processing, quick-start programming and fully supports even the most challenging pipetting applications, regardless if you are a novice or an advanced user. Lir…
Who else can provide targeted solutions for your medium to high throughput applications with highest flexibility on such a small robotic workstation? The Neon technology crosses boundaries with up to 8 independent pipetting channels and its unique combination of liquid and robotic handling for all your laboratory tasks including plate handling, barcode reading, heating&shaking, extractions etc. Space saving on a small footpri…
