Laboratory Solutions for Life Sciences

Our lab instruments help you generate reliable, reproducible data so you can trust results and move projects forward with speed. Accurate sample preparation, precise weighing, reliable pH and conductivity measurements, reproducible titrations, and consistent cell counting and ELISA or other plate‑based readouts are critical for experiments in cell culture, biochemistry, molecular biology, and pharmaceutical formulation. 

METTLER TOLEDO devices help unlock the potential in furthering academic research, peptide therapeutics, and biologic and biosimilars development, vaccine formulation, and the advancement of safe and quality cell and gene therapy.

Our lab devices and software solutions, such as LabX™, are designed to make it easier for you to work in regulated environments and prepare for audits. We support compliance with Good Manufacturing Practice (GMP), Good Laboratory Practice (GLP), and data‑integrity requirements with features such as electronic records, audit trails, and user management. Learn more in our comprehensive guide on laboratory data integrity. 

We offer solutions to connect to your LIMS, ELN, or other data systems to reduce manual transcription and centralize results. Instruments can be connected via Ethernet, USB, or RS232, and LabX™ and iC software suites help automate data capture, review, and reporting for audits and trending. PipetteX™ extends this connectivity to your liquid handling assets by tracking pipette usage, location, and calibration status and organizing calibration certificates electronically, so your pipette fleet is fully documented and audit‑ready. 

Yes, you get access to application know‑how, guides, and training materials to help your team work efficiently and consistently. We provide application guides, best‑practice materials, and training covering weighing, pipetting, pH and conductivity measurement, moisture determination, titration, UV/Vis analysis, and cell counting.

You can perform standardized routine QC tasks and conduct demanding research and development projects with the same devices. Our portfolio includes robust, easy‑to‑use solutions for routine quality control as well as high‑performance instruments, automation options, and software tailored to advanced research and complex life science workflows.

We provide scalable lab automation solutions to streamline routine tasks such as weighing, sample preparation, titration, pipetting, and plate‑based assays. Automated instruments and integrated software help standardize workflows, improve reproducibility and data integrity, and reduce hands‑on time for operators in R&D and QC labs.

We offer multiparameter solutions that let you perform several measurements with a single OneClick™ method, such as pH, conductivity, ion, and other parameters, in a single workflow. This helps life science labs reduce manual steps, save time, and improve data consistency by capturing all results together in a standardized, documented procedure.

We have a wide range of service and support options, including on‑site and depot repair, preventive maintenance, and remote support to keep your instruments running reliably. You can request service or speak with a local representative to tailor service to your lab’s specific needs. 

We provide calibration, verification, and certification services, as well as equipment qualification packages (IQ/OQ/PQ) to support regulated life science environments. Globally harmonized test methods, audit‑ready certificates, and risk‑based testing concepts help you demonstrate instrument performance, maintain compliance, and document validation activities efficiently.

METTLER TOLEDO’s GreenMT program and product design focus on reducing environmental impact across instruments, consumables, and services. Examples include energy‑efficient balances and plate readers, sustainable Rainin tip systems that reduce plastic waste, and ACT‑labelled products that provide transparent environmental impact scores to support greener purchasing decisions.

A short discussion of your samples, workflows, and regulatory needs usually reveals the best fit quickly. Selection typically depends on sample type, required accuracy, throughput, regulatory needs, and integration requirements; discussing your workflows with a specialist helps identify the most suitable instruments and software configuration. Contact your local support here.