PrepALL-pP8G: Advances in single-cell proteomics automation
As an extension of the PrepALL platform, PrepALL-pP8G extends its application to the field of single-cell proteomics, primarily for sample pretreatment. A key characteristic of the PrepALL platform is its inherent flexibility, allowing seamless integration with external devices to extend the scope of applications. PrepALL-pP8G is a prime example. Designed to highly automate and streamline complex proteomics workflows, this system combines thermal inkjet printing technology with high-precision, ultra-low volume dispensing to enable a fully integrated workflow from single cell sorting to proteomics sample preparation. Official launch in Europe is scheduled for later this year.
With 640 independent parallel nozzles and advanced AI-assisted camera vision recognition, PrepALL-pP8G enables ultra-high throughput processing of 384-well plates in just minutes, while preserving cell viability and protein integrity through gentle, electrically deflection-free sorting. The platform supports label-free, labeled, and traditional proteomics workflows and is suitable for applications such as tumor heterogeneity studies, rare cell analysis, organoid and stem cell research, and multi-omics integration.
GenSIRO48: Enabling the next generation of clinical automation
Making its first international debut, MGI Tech will also showcase the SIRO48, an advanced fully automated sample processing system designed to provide a “sample in, report out” solution that accelerates and simplifies complex sample processing workflows. This system integrates nucleic acid purification, fragmentation, end repair, adapter ligation, PCR amplification, library purification and quality control into a single workflow.
It is designed to evolve from step-by-step manual operations to integrated full-process closed-loop, multi-step manual intervention to full-process unattended execution, and from low-throughput single sample processing to high-throughput parallel processing of 48 samples, and is designed to seamlessly integrate into real-world clinical molecular diagnostics, public health prevention and control, and life science research scenarios. This system enables a transformative leap in sequencing library preparation, from “decoupled manual operations” to “full-chain intelligent automation.”
VisiOmics (PMIF-20RS): Accelerating spatial proteomics exploration in translational medicine
MGI Tech will also be showcasing PMIF VisiOmics (PMIF-20RS), the first fully automated staining and imaging system in Europe. Utilize multiplex immunofluorescence (mIF) technology to capture precise spatial protein expression data in tissue sections. It is integrated with an AI-powered analysis platform for accurate cell segmentation, phenotyping, and spatial mapping, providing a complete workflow solution for tumor classification, prognosis, tumor microenvironment analysis, and translational research applications. The official launch of VisiOmics in Europe is also expected to take place later this year.
Driving the future of intelligent test automation
“SLAS provides an excellent platform to demonstrate how intelligent automation is transforming operations in life sciences research and clinical laboratory operations,” said an MGI Tech spokesperson. “Our latest solutions are designed to help laboratories overcome workflow complexity, improve scalability, and accelerate scientific discovery across rapidly evolving research fields such as single-cell proteomics and organoid biology.”
Visitors to the MGI Tech booth at SLAS 2026 will have the opportunity to explore the latest portfolio and discuss automation strategies with MGI specialists in booth 110.
