Mettler Toledo
Brand
Mettler Toledo
Suppliers
Suppliers enabled for requests
The following suppliers offer Mettler Toledo products. Use the overview to compare suitable suppliers, product categories and laboratory products and send a direct request.
Huberlab AG
LaboTechSystems LTS AG
Mettler-Toledo (Schweiz) GmbH
Milian SA
SOTAX AG
Send your request to selected suppliers at the same time. They will contact you without obligation with suitable proposals.
Product knowledge
Product categories linked on LabFinder with further independent product knowledge.
Featured product categories
Crystallization System
Crystallization systems enable controlled observation of crystal growth, habit, solubility, nucleation, saturation, and polymorph development for laboratory process development. Select based on crystallization method, temperature control, monitoring and analytical compatibility, reproducibility, and scalability; optical or spectroscopic techniques can monitor growth.
View product category →Differential Scanning Calorimeter (DSC)
Differential scanning calorimeters analyze thermal properties of solids, liquids, and powders by comparing heat supplied to a sample and reference during a defined temperature program. They detect melting, glass transitions, crystallization, and enthalpy changes. Select instruments by temperature range, heat-flow sensitivity, resolution, and heating or cooling rates.
View product category →Micro volume UV/VIS Spectrophotometer
Micro volume UV/VIS spectrophotometers quantify nucleic acids and proteins and assess purity from 0.5 to a few microliters, often without cuvettes. They measure transmitted light through small wells; select by minimum sample volume, wavelength range, accuracy, reproducibility, and measurement speed.
View product category →Reactors – Automated in-situ analysis reactor
Automated in-situ analysis reactors continuously monitor chemical and physical parameters directly in reactor vessels, supporting process control during crystallization, saturation, nucleation, and polymorphism studies. Select systems by required parameters, measurement principle, automation level, reactor compatibility, and integration needs; complex heterogeneous processes may reduce accuracy.
View product category →Titrator
Titrators determine unknown concentrations by measuring titrant consumption in volumetric analysis. Used for acid-base, redox and conductivity measurements, they can be selected by sensor principle, automation level, reagent compatibility and required accuracy. Reliable results require sensor calibration, electrode cleaning and suitable sample preparation.
View product category →Balances and measurement technology (19)
Balances – Balance general
Laboratory balances determine the mass of objects, materials, and substances in research, quality control, and production. Choose capacity, accuracy, and resolution for the weighing range, and consider electronic or mechanical operation. Temperature changes, drafts, and vibrations can affect measurement accuracy.
View product category →Balances – Compact balance
Compact balances provide fast, reliable digital weighing of small sample quantities in laboratories when 0.01 g to 0.1 g accuracy is sufficient. Their space-saving design suits research, teaching, and quality control. Select by weighing range, readability, repeatability, and functions such as tare or automatic shutoff.
View product category →Balances – Precision balance
Precision balances provide accurate mass measurements from 0.1 g to 0.001 g for sample and solution preparation, formulation, and quality control. Choose based on readability, maximum weighing range, and repeatability; electromagnetic force compensation supports stable, precise results.
View product category →Balance table
Balance tables provide stable, low-vibration workspaces for sensitive measurements, including microgram- and milligram-range mass determinations. They use damping systems such as elastomer mounts, air cushions, or springs; select designs based on isolation performance, instrument size and load capacity, chemical resistance, and ergonomic needs.
View product category →Calorimeter
Calorimeters quantify heat released or absorbed in physical, chemical, or biological processes, supporting heat-capacity and reaction-enthalpy measurements. Select measurement principles and operating modes—such as adiabatic or isothermal—according to thermal stability, accuracy, range, sensitivity, and required handling effort.
View product category →Conductivity meter
Conductivity meters measure the electrical conductivity of liquids to assess dissolved ionic substances, supporting water-quality monitoring, electrolyte analysis, and process-liquid control. Select models by range, accuracy, resolution, probe compatibility, and temperature compensation. They indicate total dissolved ions but cannot identify individual ion types.
View product category →Densitometer
Densitometers determine liquid density and specific gravity for quality control, research, and process monitoring. Often based on oscillating U-tube technology, they provide rapid automated readings and may convert results to Brix, alcohol, or API values. Select by accuracy, range, sample size, reproducibility, and data-export needs.
View product category →Karl Fischer Titrators
Karl Fischer titrators determine water content in materials such as chemicals, foods, pharmaceuticals, plastics, and petrochemicals to support quality control and process monitoring. Select volumetric titration for higher moisture levels and larger samples, or coulometric titration for very low water content and small sample amounts.
View product category →Melting point analyzer
Melting point analyzers determine the melting point of solid samples to assess composition, purity, identity, and product quality in chemistry, pharmacy, material testing, and quality assurance. Selection should consider temperature accuracy, measurement range, sample preparation, and whether visual or automated sensor-based measurement is required.
View product category →Moisture meter
Moisture meters determine moisture in air and solids such as wood, building materials, food, and technical materials for quality control, environmental monitoring, research, and production. Select devices by material, measuring principle, range, accuracy, and portable or stationary use; regular calibration supports reliable results.
View product category →Oxygen Analyzer
Oxygen analyzers determine oxygen concentrations in gases or liquids for process monitoring, environmental analysis, and medical or biotechnological applications. Choose according to measurement principle, range, accuracy, and medium compatibility; regular calibration supports reliable long-term measurements.
View product category →Particle counter liquid
Liquid particle counters support particle counting and quality control in liquids such as ultrapure water, oils, fuels, and pharmaceutical liquids. Optical methods including light scattering or flow spectrometry are common. Selection depends on the medium, particle size and concentration, accuracy, sample volume, and potential interference from turbidity or bubbles.
View product category →pH Meter
pH meters determine the pH of aqueous solutions electrochemically using a measuring and reference electrode. Used across laboratory disciplines, they support direct acid-base assessment. Selection should consider range, accuracy, repeatability, electrode compatibility, and benchtop or portable operation; regular buffer calibration is essential for reliable results.
View product category →pH probe
pH probes electrically measure a solution’s acidic or basic character through a glass electrode and reference electrode. Used in laboratory testing, process control, and environmental analysis, they should be selected for sample resistance, temperature, measurement range, probe design, and pH meter compatibility.
View product category →Refractometer
Refractometers determine the refractive index of transparent liquids and solids, enabling concentration measurements such as sugar or salt content. Choose between handheld analog and digital instruments based on sample type, accuracy, range, and workflow; reliable results require calibration, clean prisms, and careful temperature handling.
View product category →Thermogravimetric Analyzers (TGA)
Thermogravimetric analyzers measure sample mass changes during controlled temperature programs and atmospheres, supporting thermal stability, decomposition, and moisture or filler-content evaluation. Select systems by temperature range, atmosphere control, weighing accuracy, and sample capacity; complementary methods are needed for detailed structural or reaction-mechanism conclusions.
View product category →Titrator
Titrators determine unknown concentrations by measuring titrant consumption in volumetric analysis. Used for acid-base, redox and conductivity measurements, they can be selected by sensor principle, automation level, reagent compatibility and required accuracy. Reliable results require sensor calibration, electrode cleaning and suitable sample preparation.
View product category →Titrator station
Titrator stations enable quantitative concentration analysis by measuring the volume of a known-concentration titrant consumed in a chemical reaction. They support manual to fully automated workflows; selection depends on automation level, burette capacity and precision, and compatibility with stirrers and flasks.
View product category →Total organic carbon (TOC) Analyzer
Total organic carbon analyzers quantify organic impurities in water, wastewater, process liquids, soil extracts, and other samples for environmental monitoring, water treatment, and process control. They convert organic carbon to CO2 by combustion or UV oxidation for infrared or NDIR measurement; select according to sample type, accuracy, throughput, and automation needs.
View product category →Molecular biology, PCR and sequencing (5)
Balances – Analytical balance
Analytical balances enable precise weighing of small samples for analysis, quality assurance, research, reagent dosing, and substance quantification. Select according to weighing range, readability, repeatability, stability, and response time; draft protection and calibration options help support accurate results in controlled environments.
View product category →Dynamic mechanical analysis
Dynamic mechanical analysis characterizes thermomechanical properties, particularly of plastics, by measuring deformation and force response under sinusoidal loading across temperature and frequency. It determines complex modulus, elasticity, and damping in the linear elastic range; select systems by temperature range, frequency, stress mode, sample geometry, and phase-shift control.
View product category →Reactors – Automated in-situ analysis reactor
Automated in-situ analysis reactors continuously monitor chemical and physical parameters directly in reactor vessels, supporting process control during crystallization, saturation, nucleation, and polymorphism studies. Select systems by required parameters, measurement principle, automation level, reactor compatibility, and integration needs; complex heterogeneous processes may reduce accuracy.
View product category →Reactors – Formulation reactor
Formulation reactors support the development and optimization of chemical mixtures, including crystallization, solubility, polymorphism, and targeted particle nucleation studies. Precise temperature and stirring control promotes reproducible, scalable process development. Select according to volume, temperature-control options, stirring system, chemical resistance, and measurement-device compatibility.
View product category →Scales – drying scale
Drying balances rapidly determine moisture content in small to medium samples for quality control, materials testing, and research. They dry samples with halogen lamps and reweigh moisture loss using precision load cells. Select according to sensitivity, temperature control, drying programs, capacity, and sample heat sensitivity.
View product category →Centrifugation and sample preparation (1)
Differential Scanning Calorimeter (DSC)
Differential scanning calorimeters analyze thermal properties of solids, liquids, and powders by comparing heat supplied to a sample and reference during a defined temperature program. They detect melting, glass transitions, crystallization, and enthalpy changes. Select instruments by temperature range, heat-flow sensitivity, resolution, and heating or cooling rates.
View product category →Spectroscopy and analytics (1)
Micro volume UV/VIS Spectrophotometer
Micro volume UV/VIS spectrophotometers quantify nucleic acids and proteins and assess purity from 0.5 to a few microliters, often without cuvettes. They measure transmitted light through small wells; select by minimum sample volume, wavelength range, accuracy, reproducibility, and measurement speed.
View product category →Temperature control and incubation (1)
Crystallization System
Crystallization systems enable controlled observation of crystal growth, habit, solubility, nucleation, saturation, and polymorph development for laboratory process development. Select based on crystallization method, temperature control, monitoring and analytical compatibility, reproducibility, and scalability; optical or spectroscopic techniques can monitor growth.
View product category →All 27 product categories
For suppliers
Supplier of Mettler Toledo?
Do you offer products from Mettler Toledo? Present your company on LabFinder and gain visibility for this brand, suitable product categories and enquiries.