Separation Science in 2025–2026: The Products Shaping Analytical Workflows

The 2025–2026 new products, as submitted by manufacturers, reflect a separation science landscape increasingly shaped by automation, data integrity, biopharmaceutical complexity, and the practical demands of high-throughput laboratories. Vendors are responding to a common set of pressures: the need to generate more reliable data, reduce manual intervention, support regulated workflows, and extend analytical capability into more challenging sample types. In liquid chromatography (LC), the emphasis is on bioinert materials, improved detection, lower adsorption, and more complete LC–mass spectrometry (MS) workflows for oligonucleotides, peptides, proteins, and other complex molecules. Gas chromatography (GC) submissions highlight smarter instrument platforms, lower resource consumption, and targeted detection for environmental, food safety, and pharmaceutical applications. Software and informatics products point to a parallel shift toward embedded compliance, audit readiness, method monitoring, and connected data environments. Together, these products show a market moving beyond incremental hardware upgrades toward integrated analytical ecosystems, where instruments, consumables, sample preparation, software, and services are designed to work together. The result is a broad view of innovation focused not only on analytical performance but also on productivity, reproducibility, sustainability, and confidence in every step of the laboratory workflow.

HPLC and Liquid Chromatography

The largest category in this year's submissions spans complete UHPLC systems, novel column chemistries, detection technologies, and laboratory consumables.

AFP LIFE SCIENCES
COC & COP Manifold Technology

Cyclic olefin copolymer (COC) and cyclic olefin polymer (COP) materials with a proprietary solvent-free diffusion bonding process are combined to create contamination-free fluidic manifolds for next-generation life science instruments. Compared with traditional materials such as acrylic and Ultem, COC and COP offer superior chemical resistance to aggressive polar solvents, acids, and harsh wash fluids, alongside extremely low analyte adsorption, excellent optical clarity, and low autofluorescence. The diffusion bonding process creates strong molecular bonds between polymer layers without adhesives or solvents, minimizing microchannel distortion and reducing extractables and leachables.

BIOTECH FLUIDICS
DEGASi FlatFilm Degasser

An inline degasser that delivers double the degassing performance per unit volume at ten times lower flow resistance compared with traditional tubular designs. Reduces evaporative solvent loss and extends operational life by approximately 30% compared to traditional constructions. It also offers a reduced environmental footprint by requiring only one-tenth the amount of per- and polyfluoroalkyl substances (PFAS) polymers within the degassing membrane. Operates extremely quietly, making it well-suited to modern open-plan laboratories where noise from peripheral equipment is a consideration.

BIOTECH FLUIDICS
HPLC Pump Validation Kit

Simplifies IQ/OQ/PQ qualification of HPLC and UHPLC instruments by using the HPLC Pump Validation Kit and high-resolution flow rate data from the Biotech Liquid Flow Meter. Automatically gathers and synthesizes qualification data into a comprehensive report within 10 min based on five independent measurements, reducing operator time and the risk of manual errors during compliance testing. Additionally detects flow rate pulsations as a quality parameter, enabling regular assessment of pump wear and proactive maintenance planning.

DAICEL/CHIRAL TECHNOLOGIES
Vaast Chiral Column

The Vaast column is a chiral ion-exchanger supported on sub-2-µm silica particles, enabling simultaneous separation of D/L-forms of all 21 natural amino acids (20 proteinogenic plus homoserine) in under 5 min within a single LC–MS compatible run. Using a simple, robust pre-column AQC-derivatization, it baseline resolves all enantiomeric pairs—spanning hydrophobic, aromatic, polar, acidic, and basic amino acid classes—in one standardized workflow, eliminating the need for multiple columns or separate chiral and achiral methods. Compatible with both LC–MS and UV detection, Vaast is designed for applications in biopharma, peptide synthesis, food analysis, clinical diagnostics, and metabolomics.

LILICHRO
PrepLiLi Industrial CPC System

An industrial-scale centrifugal partition chromatography (CPC) system designed for continuous, high-volume purification using liquid–liquid chromatography principles. Built for direct integration into production environments, prepLiLi supports scalable purification from lab-developed CPC methods through to full industrial operation. Tailored support is provided for installation, process setup, and long-term operation. Suited to applications requiring high chromatographic capacity, process robustness, and support-free purification.

PERKINELMER
QSight 500 LC/MS/MS System
The QSight 500 LC/MS/MS is a triple quadrupole system designed for high-throughput quantitative analysis of challenging sample matrices. Its StayClean technology actively minimizes internal contamination of the ion source and optics, reducing the frequency of scheduled maintenance interventions and simplifying upstream sample preparation. The system targets laboratories where instrument uptime and consistent data quality across complex sample types are critical operational priorities.

SCIENCIX
HPLC and Mass Spec Repair and Maintenance Parts

ISO 9001:2015–certified manufacturer of HPLC and mass spectrometry repair parts and PM kits, engineered and tested to be fully comparable to top OEM brands in fit, form, and function, at up to 30% less cost. Products are developed by engineers with over 100 years of combined experience in a 28,000-square-foot engineering test facility. Ships same-day to laboratories in 100+ countries, with a product pipeline driven by ongoing collaboration with analytical laboratories worldwide.

SHIMADZU
Nexera X4 UHPLC

The next generation of Shimadzu’s flagship UHPLC platform, featuring an industry-leading low-dispersion design that delivers excellent sensitivity and ultra-sharp peaks. Advanced fluid control technology maintains exceptional flow stability at high speed and ultra-high pressure for consistently reliable results. Key features include zero-dead-volume connectivity via Nexlock II tubing, superior PDA sensitivity from a specialized capillary flow cell, and an optimized front-end configuration for LC–MS coupling.

SHIMADZU
I-Series Integrated (U)HPLC

Designed for fast, accurate sample analysis, the updated i-Series maintains the core performance of its predecessor while integrating new automated functionality to drive productivity and ensure consistent analytical quality. Delivers excellent baseline stability, ultra-fast injection cycles, and outstanding reproducibility. Multiple analytical intelligence features simplify workflows and supports reliable results, regardless of operator experience level, making the system well-suited to high-throughput routine laboratories seeking to reduce manual intervention and variability across large sample sets.

SHIMADZU
CF3-C8030 Centrifugal Field-Flow Fractionation System

A high-accuracy characterization system for nanomaterials and biomolecules, capable of simultaneous measurement of samples containing a wide range of particle dimensions—from very small nanoparticles to micron-sized particles. Offers the highest centrifugal speed commercially available, with forces up to 15,900 × g, enabling separation of challenging, polydisperse samples. Compatible with multiple detectors and analytical techniques, providing flexibility to address a broad range of nanomaterials and biomolecules.

TEKNOKROMA
Vela UHPLC and HPLC Columns

The columns are engineered for high-end chromatography and feature a high-pressure endcapping method that blocks 99% of free silanols, minimizing unwanted secondary interactions and ensuring consistent retention behavior. Verified true particle size and maximized pore size utilization deliver precise, robust, and reproducible results across pharmaceutical, environmental, and food analysis applications. Designed to exceed the expectations of demanding analytical laboratories and support reliable method transfer and long-term reproducibility in both routine and research workflows.

THERMO FISHER SCIENTIFIC
Vanquish Charged Aerosol Detector P Series

The latest generation of Thermo Fisher’s charged aerosol detection technology, first introduced in 2005. The P Series expands LC detection beyond UV-active compounds, enabling near-universal quantitation of challenging analytes, including chromophore-free compounds, low-level impurities, and semivolatile components. New capabilities include a temperature coupling mode for semivolatile analysis, a three-position diverter valve for cleaner multidetector workflows, and parallel recording of up to four power value signals for method optimization. Compatible with both Vanquish and non-Vanquish LC systems, and common CDS environments, including Chromeleon, Empower, and OpenLab.

THERMO FISHER SCIENTIFIC
Vanquish Sample Hub Module

An integrated robotic sample-management module for Vanquish HPLC and UHPLC systems, designed to increase throughput and extend unattended operation. Manages up to nine sample racks or deep-well plates, or up to 20 SBS-format shallow-well plates. Barcode reading enables inventory management, empty-shelf detection, and rack verification. Samples can be loaded while the UHPLC system is running. Features include air-stream cooling, a 30-s cycle time, temperature control from 4 °C to 40 °C, and full integration with Chromeleon CDS, including audit-trail logging.

THERMO FISHER SCIENTIFIC
Vanquish Amplify UHPLC System

Expands the Vanquish LC portfolio with a low-adsorption, metal-free sample flow path engineered for metal-sensitive biomolecules. Designed for demanding biopharmaceutical workflows, including oligonucleotide, mRNA, protein therapeutics, and ADC analysis. The inert sample path minimizes unwanted analyte–surface interactions, supporting improved recovery, reproducibility, and data confidence. Integrates with SurePac RP MDi columns, the Orbitrap Excedion MS, and Chromeleon CDS to support LC–MS workflows from early research through manufacturing QC.

THERMO FISHER SCIENTIFIC
SurePac RP MDi HPLC Columns

Bioinert reversed-phase columns in two purpose-built variants. The Oligo RP MDi is designed for oligonucleotide and mRNA separations, reducing metal-related secondary interactions and supporting reproducible profiling of full-length products and impurities. The Protein RP MDi targets intact proteins, monoclonal antibodies, antibody subunits, and ADCs, supporting high-resolution separation of variants and closely related species. Both columns utilize bioinert MDi flow path technology and are suited to demanding LC and LC–MS workflows from early characterization through QC.

THERMO FISHER SCIENTIFIC
Viper TQ UHPLC Fittings

Fingertight, torque-controlled LC fittings designed to simplify fluidic setup across the LC flow path. Face-sealing technology provides virtually zero-dead-volume, leak-free connections. An integrated torque-control mechanism gives users an audible click and tactile feedback on correct tightening, reducing the risk of over- or under-tightening. Require up to 40% less tightening force than standard fingertight fittings and are tested across 300+ connect/disconnect cycles. Available in stainless steel, biocompatible MP35N, and inert-coated MP35N, they support pressures up to 1517 bar and temperatures up to 120 °C, with lengths and inner diameters suited to LC and LC–MS workflows; compatible with multivendor column and valve port geometries.

THERMO FISHER SCIENTIFIC
SMART Digest OligoSelect Kit

A streamlined sample preparation kit for LC–MS bioanalysis of oligonucleotide-based drugs and metabolites. Designed to disrupt protein–nucleotide binding and extract oligonucleotides from biofluids and tissues prior to quantitation. Includes enzymes, buffers, and SPE materials for protein digestion, optimized enzyme activity, and oligonucleotide cleanup in a single workflow. The magnetic weak anion exchange bead format supports high-throughput sample processing, improving efficiency, reproducibility, and confidence in oligonucleotide quantitation from complex biological matrices.

THERMO FISHER SCIENTIFIC
Oligonucleotide Integrated Workflow

A complete end-to-end solution for oligonucleotide analysis combining sample preparation, LC separation, high-resolution MS, and data processing. Integrates the Vanquish Amplify UHPLC, SurePac RP MDi columns, SMART Digest OligoSelect sample prep kit, BioPharma Finder 5.5 software, and Orbitrap Excedion MS. Designed to improve recovery, separation, and reproducibility across early development, regulated bioanalysis, analytical development, and manufacturing QC.

THERMO FISHER SCIENTIFIC
Vanquish HPLC & UHPLC System Enhancements

A package of productivity, usability, and sustainability updates across the Vanquish platform. Includes Viper TQ fittings, Sample Hub integration, vial-bottom detection for limited sample volumes, wash solvent monitoring to reduce carryover, guided instrument preparation via the Vanquish User Interface, PEEK mesh solvent filters, and pump robustness updates. Normal-phase compatibility added for Vanquish Flex systems. Platinum ACT Ecolabel 2.0 certification achieved. Vanquish Duo systems gain updated Dual Split Samplers to support high-throughput dual-LC workflows with minimal bench space.

THERMO FISHER SCIENTIFIC
SureSTART GOLD-Grade Polypropylene Vials

Polypropylene vials coated with a 100% silicon dioxide layer to provide an ultra-low adsorption, chemically inert surface for HPLC, UHPLC, and LC–MS workflows. The coating minimizes hydrophobic and ionic surface interactions, reducing nonspecific analyte binding and supporting improved recovery and reproducibility for proteins, peptides, insulin, and other trace-level compounds. Resistant to aggressive organic solvents and designed to maintain performance across extended analytical sequences, helping laboratories protect data reliability where sample volume or analyte concentration is limited.

WATERS
Alliance iS HPLC System with v2.0 Software

The Alliance iS HPLC System with iS Software v2.0, integrated with Empower Chromatography Data System (CDS), embeds compliance, data integrity, and error prevention directly into system operation. Software v2.0 embeds Empower-authenticated user identity directly at the instrument touchscreen, ensuring every action is attributable, time-stamped, and aligned with ALCOA++ data integrity principles. Automated prerun and run-time checks prevent invalid conditions before analysis begins, and intelligent workflows guide correct execution. Integrated Waters eConnect column technology digitally identifies and logs column usage automatically, strengthening audit readiness. Collectively, these capabilities address the estimated 40% of QC chromatography errors attributable to human factors, and deliver measurable improvements in reproducibility, sensitivity, and carryover.

WATERS
Acquity and XBridge Biphenyl Columns with MaxPeak Premier Technology

Biphenyl columns delivering enhanced aromatic selectivity with 10× lower UV bleed than competitive biphenyl alternatives, and true pH stability from 1.5 to 10. Built on proven BEH particle technology and packed in MaxPeak High Performance Surfaces hardware, which minimizes nonspecific analyte binding to metal surfaces for improved sensitivity and recovery. Designed to meet the reproducibility, robustness, and sensitivity demands of modern LC and LC–MS workflows.

WATERS
BioResolve Peptide Columns with MaxPeak Premier Technology

Phenyl-Hexyl+ and C18+ columns with optimized 230 Å pore size and solid-core design, purpose-built for GLP-1 receptor agonists, insulins, and other synthetic peptides. Delivers up to 2× higher resolution of critical peaks and up to 3× faster separations without suppressive mobile-phase additives, enabling the same method to support development through QC using MS or UV detection. QC-tested for reproducibility, the platform addresses the challenge of resolving closely related impurities that standard columns cannot separate reliably.

WATERS
OmniDAWN™ MALS Photometer

By connecting the omniDAWN to a UHPLC/UPLC system, up to 4× faster run times and sharper separations are delivered versus conventional HPLC, alongside a 10× improvement in absolute molar mass characterization range. Powered by ASTRA software and combines MALS, UV, and RI detector data for comprehensive analysis of size, molar mass, composition, and heterogeneity in a single experiment. Dedicated workflows for ADCs, LNPs, and viral vectors. Reduces sample consumption by 30–50% and solvent use by ~40%, supporting both efficiency and sustainability.

WATERS
Waters Charged Aerosol Detector (CAD)

Extends LC detection with sensitive, near-universal response for non-volatile and semi-volatile compounds, including analytes that UV detection may miss. Integrates directly within Empower and MassLynx software for acquisition, processing, and reporting in a unified environment, supporting straightforward method transfer with familiar parameters. With LC, detector, software, and service from a single vendor, laboratories can simplify system ownership and minimize integration risk. Front-accessible components, including an integrated divert valve and protected nebulizer design, support robust routine operation and ease of maintenance.

YMC AMERICA
Triart Hybrid Silica Columns

Engineered via microreactor-adapted particle formation for highly uniform particle and pore size distributions. YMC-Triart combines the mechanical strength and efficiency of silica-based materials with the chemical stability of polymer-based resins, offering durability at extreme pH, elevated temperatures, and high pressures. A smooth particle surface contributes to outstanding peak shape and high separation reproducibility. Broad operating range and robust performance make the phases an effective first-choice platform for method development and demanding routine analytical applications.

YMC EUROPE GmbH
(Bio)inert Accura Columns

YMC Accura Triart and BioPro IEX columns unite robust hybrid silica and high-performance ion-exchange chemistries with bioinert-coated Accura hardware, delivering outstanding peak shape, recovery, and reproducibility without preconditioning. Suited for demanding separations of biomolecules and sensitive small molecules, with excellent durability across wide pH ranges. Available in (U)HPLC and microLC formats with column i.d.s from 0.3 to 30 mm and lengths from 20 to 250 mm, including guard column options.

YMC EUROPE GmbH
Accura Bioinert Guard Cartridges

The YMC Accura bioinert guard cartridges provide optimal protection for YMC Accura bioinert-coated columns. These guards are an excellent complement to YMC Accura Triart and YMC Accura BioPro IEX columns. They provide vital protection for the columns and ensure excellent reproducibility for reliable, high-performance bioanalysis. They guarantee zero carryover and excellent reproducibility for reliable, high-performance bioanalysis. No preconditioning required.

Gas Chromatography

These products cover the breadth of modern GC capabilities, from next-generation instrument platforms featuring AI-assisted diagnostics and sustainability-focused design, to highly specialized detection technologies for regulated applications.

AGILENT TECHNOLOGIES
8890B GC System

The latest generation of Agilent’s most reliable and user-centric GC platform, the 8890B introduces the GC Assist intelligence ecosystem for real-time system health monitoring, guided troubleshooting, on-screen maintenance videos, and remote connectivity from any networked device. A responsive 7-inch capacitive touchscreen tracks over 60 early maintenance feedback counters. An improved oven design delivers 15% faster standard cool-down times, with an optional rapid cooling fan achieving under 2.8 min—a 30% reduction. Programmable sleep/wake modes and gas and power calculators support laboratory sustainability goals.

GERSTEL
V-ITEX – Vacuum In Tube Extraction

A gentle, fully automated VOC extraction system for GC–MS analysis of temperature-sensitive and compositionally complex samples. Combines vacuum-controlled extraction with high sensitivity and maximum reproducibility. Virtually solvent-free and free from heat-induced artifacts, enabling reliable analysis of thermally labile compounds that would be degraded or altered by conventional extraction approaches. Simple routine operation makes V-ITEX well suited to laboratories requiring robust, reproducible VOC profiling of biological fluids, food matrices, or other challenging sample types.

MARKES INTERNATIONAL
TC-30 Tube Conditioner

An automated, offline multi-tube conditioner for TD–GC laboratories, addressing contamination and residual moisture in sorbent tubes that can compromise trace-level sensitivity. Conditions and dry-purges up to 30 tubes simultaneously using clean, dry nitrogen, reducing background interference and protecting analytical performance. Frees analytical instruments for sample analysis, improving overall laboratory throughput. Replaces helium with nitrogen as the purge gas, reducing operating costs. Improves workflow efficiency through automated, unattended offline conditioning.

PERKINELMER
Clarus Nova GC

Enables laboratories to expand GC capabilities across environmental, petrochemical, food, and pharmaceutical applications from a single versatile platform. Expanded gas analysis options include TCD, NGA, and TOGA, broadening the range of gas and hydrocarbon analyses that can be performed. SimplicityChrom CDS provides a streamlined data management environment, while predictive maintenance tools and tool-free components reduce service time and minimize disruption.

SHIMADZU
Nexis GC-2060

Combines analytical intelligence with hardware innovations designed to reduce gas and energy consumption and simplify operation. Features a Multimode Injection unit with five distinct injection modes, supporting a wide range of analytical needs from a single instrument. A new FID achieves a minimum detection limit of 1.0 pgC/s; a redesigned single-filament TCD reduces startup time and supports gas and inorganic analysis. Eco idling mode lowers operating costs, while tool-free column installation, automated startup/shutdown, and automated conditioning simplify routine workflows for all users.

Mass Spectrometry

One dedicated mass spectrometry submission this year focuses on triple quadrupole LC–MS performance, with additional MS-integrated products appearing in the liquid chromatography and software categories.

SHIMADZU
LCMS-8065XE Triple Quad LC-MS

Incorporates patented Ultra Fast Mass Spectrometry technology alongside Stream Focus Ionization, delivering exceptional sensitivity improvements suited to demanding quantitative applications. A next-generation collision cell provides dramatically improved quantitative precision, while the robust, easy-to-maintain design supports long-term, high-throughput analysis with reduced downtime.

Sample Preparation

Two submissions highlight contrasting approaches to sample preparation: one focused on automated online workflows for PFAS analysis, and the other on a compact manual device for rapid solid-phase extraction. Together, they illustrate how sample preparation innovation is addressing both high-throughput, regulated laboratory needs and simple, flexible preparation at the bench.

BIOTECH FLUIDICS
SPEedy Solid-Phase Extraction Device

The SPEedy from Biotech Fluidics is a compact, handheld solid-phase extraction device compatible with any adsorption chemistry and eluent composition. A piston mechanism gives the operator direct control of flow rate and volume at every stage—loading, washing, and elution—without requiring external vacuum or pressure. Complete SPE procedures are achievable within minutes.

CTC ANALYTICS/PAL SYSTEM
PAL System for PFAS Analysis

Fully automated online sample preparation and injection platform for a broad range of PFAS analytical workflows. Successfully applied to EPA 1633 method automation for environmental water samples using LC–MS/MS, sensitive PFAS quantitation in seafood for regulatory screening, and volatile PFAS analysis in food contact materials and cosmetic products using GC–MS/MS. Automated workflows minimize manual handling errors and enhance reproducibility, precision, and laboratory efficiency.

Software & Technology

Six submissions span data management, compliance, proteomics, metabolomics, and biopharmaceutical software platforms. A recurring theme is the integration of regulatory compliance directly into analytical data workflows, with multiple products addressing data integrity, audit readiness, and method validation in regulated laboratory environments.

THERMO FISHER SCIENTIFIC
Proteome Discoverer 3.3

The latest version adds support for targeted proteomics data and automated fraction processing with the Thermo Scientific Ardia Platform. Streamlines TMT automation workflows for faster and more precise quantitative proteomics, integrating the latest Tandem Mass Tag technologies into a single, consolidated data processing environment.

THERMO FISHER SCIENTIFIC
Compound Discoverer 3.5

Algorithm and detection advancements in version 3.5 improve lipid application support and integrate the Mass Frontier 8.1 algorithm for enhanced in-silico fragmentation prediction, supporting more confident compound identification from complex metabolomic datasets. New data export compatibility with Chromeleon software simplifies the transition from untargeted discovery workflows to targeted screening for both LC–MS and GC–MS.

THERMO FISHER SCIENTIFIC
BioPharma Finder 5.4 Software

The Thermo Scientific BioPharma Finder 5.4 application provides a comprehensive suite of biotherapeutic attribute characterization workflows, driven by advanced algorithms tailored to the specific requirements of biotherapeutic drug development. Automated data analysis streamlines interpretation, supporting complex workflows from early characterization through regulated QC.

WATERS
Empower 3.10.1 CDS

The latest Empower update delivers a range of new analytical and compliance capabilities. New embedded capillary electrophoresis functionality streamlines isoelectric point determination with integrated pI calibration and plots. Expanded MALS capabilities deliver absolute molecular characterization for complex biologics with an extended size range and statistical robustness. Especially important for larger molecules and conjugates are new Berry, Debye, and Zimm fitting from zero to second order. Extended single-quad mass range supports deconvolution beyond small molecules and peptides. New security enhancements detect unauthorized access more effectively, and a new resolution field supports compliance with recent changes to the Chinese Pharmacopoeia.

WATERS
Data Intelligence Software

Delivers near real-time, dynamic dashboards providing continuous visibility into data integrity across Empower laboratory environments. Consolidates information on unprocessed channels, aborted analyses, sign-offs, and out-of-specification events to simplify audit preparation and accelerate compliance responses. Enhanced in March 2026 with method monitoring dashboards that aggregate performance metrics and apply automated statistical rule evaluation to continuously assess method stability. Embeds method monitoring within the laboratory informatics ecosystem, transforming analytical data into actionable compliance intelligence.

WATERS
Empower Software Development Lifecycle Audit-Ready Kit

Developed by Waters validation experts to streamline risk-based Empower software validation, enabling organizations to accelerate implementation and maintain software currency. Provides validation strategy documents, system requirements, compliance assessments, and traceability matrices with reduced burden on internal teams.

Other: Ion Chromatography

A single submission in this category reflects continued development in ion chromatography instrumentation, with a focus on automation and regulatory compliance for laboratories handling both routine and highly regulated sample types.

SHIMADZU
Nexera Ion Chromatograph

Engineered for both routine and regulated IC applications, the Nexera IC combines advanced automation and intuitive software to reduce manual effort and maintain consistent analytical performance across operators. Integrates all essential IC functions into a compact single-analysis system, with preconfigurable methods and workflows that support reliable execution of regulatory and compliance testing regardless of user experience. An automatic eluent generator simplifies eluent preparation and reduces preparation errors. Dedicated IC Solution software manages data acquisition and processing, while IC Support software provides proactive instrument management guidance.

Other: Water Purification

One submission in this category covers ultrapure and pure water systems, an essential enabling technology across analytical workflows, including HPLC, LC–MS, and elemental analysis.

MERCK/MILLIPORESIGMA

Milli-Q IQ 7003/05/10/15 Ultrapure & Pure Water Purification System

A fully integrated, intelligent ultrapure and pure water purification system designed for the demanding water quality requirements of modern analytical laboratories. Ultrapure water produced by the system is suited for sensitive analytical techniques, including HPLC, UHPLC, LC–MS, ion chromatography, GF-AAS, and ICP. Also recommended for life science applications in cell biology, molecular biology, and biochemistry, as well as nanoparticle preparation and analysis. The system’s intelligent design emphasizes sustainability and ease of use.

General Laboratory Products

One submission covers general laboratory instrumentation with direct relevance to analytical quality and data management.

SARTORIUS
Cubis III Lab Balances

A laboratory balance portfolio with built-in compliance and direct connectivity to digital laboratory ecosystems, including LIMS, ELN, and CDS, eliminating the need for additional middleware layers. Available in two models—Cubis III and Cubis III Max—to address different levels of connectivity, data integrity, and compliance requirements. Delivers full data governance for regulated and performance-driven laboratories at any stage of digitalization.