G.PURE
NGS clean up device, automated DNA purification at the push of a button.
Combining high-throughput, automation-ready centrifugal plate washing with integrated precision dispensing, C.WASH PLUS streamlines multi-reagent immuno- and cell-based assay workflows in 96-, 384-, and 1536-well microplates.
Built on patented centrifugal plate washing technology, C.WASH PLUS delivers fast, reliable liquid removal without the use of disposable tips. Combining washing and precision dispensing in one platform, it simplifies assay workflows while reducing consumable use and hands-on time.
Designed for scalable assay workflows from routine research to high-throughput screening, C.WASH PLUS delivers the flexibility, reproducibility, and efficiency.
Achieves >99.99% washing efficiency with <0.1uL residual volume for consistent, reproducible assay results.
Our patented centrifugal technology eliminates the need for needles and disposable pipette tips, helping reduce plastic waste, minimize carryover risk, and lower consumable costs.
Combines centrifugal plate washing and precision dispensing to streamline multi-reagent workflows like ELISA, MSD, and Luminex assays.
Supports 96-, 394-, and 1536-well plates for scalable workflows from routine assays to high-throughput screening.
SiLA2 compliance enables seamless integration into automated workflows, with drivers available from multiple leading automation providers.
Create and customize protocols for different assays, reagents, plate formats, and workflow requirements without a need for an SME.
"Reliable results, easy to use, saving us tons of time at the bench. DNA purification using magnetic beads is a step in most of our protocols, and usually, the one that takes the longest. Furthermore, when purifying many samples is easy to make mistakes and introduce variability. The C.Wash has provided us with a practical solution to all these issues opening up significant amounts of time to do other things while improving our throughput and increasing the quality of our data. It is very easy to use, very easy to customize, and compatible with all our NGS protocols."
The automation-ready C.WASH PLUS seamlessly interfaces with robotic arms in integrated workcell setups, supporting accurate dispensing and consistent plate washing across all plate formats, including 1536-well plates, without requiring operator intervention.
This allows integration into fully automated workflows with other automated instruments like the I.DOT, ensuring reliability and reproducibility while enhancing efficiency and scalability, making it ideal for high-throughput screening applications.
The C.WASH PLUS's automation capabilities ensure reliable results that manual washing simply can’t match.
In addition to improving washing efficiency and reducing hands-on time, switching to centrifugal plate washing can significantly reduce consumable costs and plastic consumption.
Use our Tip Consumption Calculator to estimate how quickly tip savings alone can offset your investment in the C.WASH PLUS.
The C.WASH PLUS supports a wide range of assay formats, giving laboratories the flexibility to run diverse workflows on a single platform. Its gentle, contact-free centrifugal washing and precise dispensing make it well suited for both cell-based and bead-based applications.
From ELISA and AlphaLISA® assays to MSD®, Luminex® and flow cytometry workflows, C.WASH PLUS brings washing and dispensing together in one streamlined system for efficient, reproducible assay processing.
C.WASH PLUS uses centrifugal force to remove liquid without needles or disposable pipette tips, minimizing disturbance to cells and sensitive samples.
Each wash cycle takes approximately one minute, achieving >99.99% washing efficiency and <0.1 µL residual volume per well after two cycles.
Support for SiLA 2 communication enables seamless integration into laboratory automation systems and compatibility with third-party control software.
Intuitive software simplifies protocol development and routine operation, enabling customizable workflows for a wide range of assays, reagents, and laboratory applications. Automated protocol execution helps reduce manual intervention and improve workflow consistency.
The C.WASH PLUS supports a wide range of assay formats, giving laboratories the flexibility to run diverse workflows on a single platform. Its gentle, contact-free centrifugal washing and precise dispensing make it well suited for both cell-based and bead-based applications.
From ELISA and AlphaLISA® assays to MSD®, Luminex® and flow cytometry workflows, C.WASH PLUS brings washing and dispensing together in one streamlined system for efficient, reproducible assay processing.
C.WASH PLUS uses centrifugal force to remove liquid without needles or disposable pipette tips, minimizing disturbance to cells and sensitive samples.
Each wash cycle takes approximately one minute, achieving >99.99% washing efficiency and <0.1 µL residual volume per well after two cycles.
Support for SiLA 2 communication enables seamless integration into laboratory automation systems and compatibility with third-party control software.
Intuitive software simplifies protocol development and routine operation, enabling customizable workflows for a wide range of assays, reagents, and laboratory applications. Automated protocol execution helps reduce manual intervention and improve workflow consistency.
We determine the washing efficiences achieved by the C.WASH for different rotational speeds in 96-well and 384-well formats, and showcase our methodology and results.
Using a commercially available ELISA protocol, we make a direct comparison between using the C.WASH vs following the manual washing steps, seeing vast efficiency improvements.
Presenting a semi-automated workflow for processing LUNARIS multiplex assays in life science research.
We evaluate the suitability of C.WASH in the washing of suspension cells in 96-well plates, and compared the performance to manual washing.
Functional cell systems used to measure e.g. physiological responseses and drug toxicity.
Plate-based antibody assays used for the precise quantification of target proteins.
“Axxam has revolutionized the limiting dilution process with the UP.SIGHT instrument over the past year. We experienced the power of this remarkable tool with its intuitive interface and double assurance of clonality, enabling us to accelerate the production of stable monoclonal cell lines expressing a diverse range of targets for our high-throughput screening campaigns.”
“UP.SIGHT is a very gentle and reliable cell dispensing system that allows for automation of assuredly monoclonal cell line generation with our very large and fragile protoplasts. The UP.SIGHT is easy to handle and easy to integrate into the existing lab due to its small footprint.”
“We can isolate one cell, one clone that has the exact desired genome, and we need to prove from a regulatory purpose that there is just one cell in any well. For this purpose, we selected the UP.SIGHT, where we make use of the double clonality assurance to be confident in the results.”
C.WASH PLUS is designed for researchers and laboratory automation specialists who require reliable, reproducible microplate washing and dispensing. Its contact-free centrifugal technology is particularly well suited for immunoassays, cell-based assays, high-throughput screening, and other applications where sample integrity, low residual volume, and workflow efficiency are critical.
Whether used in academic research, biotechnology, pharmaceutical development, or core laboratory facilities, C.WASH PLUS helps streamline liquid handling workflows while reducing consumable usage and manual intervention.
C.WASH PLUS is designed for a wide range of plate-based applications that require gentle sample handling, efficient washing, and automated reagent addition. Typical applications include ELISA, immunoassays, cell-based assays, cell staining workflows, and high-throughput screening.
By combining contact-free centrifugal washing with integrated precision dispensing, C.WASH PLUS helps streamline multi-reagent workflows while supporting reproducible results and minimizing consumable use.