An analytical balance is a highly precise measuring instrument used to determine the mass of small samples with a high degree of accuracy and precision. It is commonly used in scientific research, analytical chemistry, and quality control settings, where minuscule variations in weight can have significant effects. With a capacity ranging from 22 to 520 g and readability from 0.001 to 1 mg, METTLER TOLEDO analytical balances are perfectly suited to sensitive applications, such as density determination, sample preparation, differential weighing, formulation, and pipette calibration
The XPR Automatic Balance is a highly accurate balance capable of automatically dispensing powders and liquids into a variety of containers. The ability to dispense at a USP minimum weight of 4 mg is unmatched by manual procedures. The XPR Automatic Balance is perfect for sample and standard preparation, capsule filling, and solution and dilution preparation. Automatic dispensing increases user safety, saves time, and minimizes waste of expensive and rare substances.
A semi-microbalance is a type of laboratory analytical balance designed to measure small sample sizes with great precision and enhanced performance. Semi micro balances have a higher sensitivity than regular analytical balances which allows for measurements in the milligram range. METTLER TOLEDO semi micro balances are available with readabilities down to 0.001 mg and capacities up to 220 g. Semi micro balances are typically used in scientific research and quality control where measurements of small samples are required.
A precision balance is an accurate, robust weighing instrument with capacities from 120 g to 64 kg, and readabilities from 1 g to 0.1 mg. Lower readability models have a draft shield to ensure the best performance, while high-capacity models have a large weighing pan to accommodate heavy loads. Precision balances are used in a variety of applications in the lab and in manufacturing environments, including sample and standard preparation, formulation, statistical quality control, and counting
A microbalance is an exceptionally precise instrument used for weighing very small samples with a high degree of accuracy. METTLER TOLEDO microbalances offer capacity up to 52 g and readability down to 0.1 µg, enabling you to weigh sample quantities with a weight as low as 30 µg. Micro weighing is commonly used in chemical and elemental analysis, emissions testing, and applications involving small quantities of rare, valuable, toxic or potent substances.
With Halogen Heating Technology for Fast, Precise and Reliable Results
A moisture analyzer is a device that determines the moisture content with the loss on drying method and consists of a weighing and halogen heating unit. It suits the needs of quality control and production in food, pharma, chemical and other industries. Benefit from: Accurate results through precise weighing and temperature control; Intuitive operation with step-by-step user guidance; Robust construction ensuring long instrument life, supported by our global service network
pH and Conductivity Measuring Solutions for Laboratory and Field Applications
Electrochemistry systems provide accurate measurements of pH, conductivity, ion concentration, ORP/redox and dissolved oxygen for laboratory and field applications. Pair our meter with one of our high-quality sensors, calibration solutions, and analytical software to complete your measuring solution.
Titration Solutions
Boost Titration Efficiency with Automated Titrators, Karl Fischer Titrators, and More
Enhance your lab’s titration efficiency with METTLER TOLEDO’s superior titration solutions. Our offerings include automated titrators, Karl Fischer titrators, high-precision sensors, and advanced automation tools. Complemented by essential accessories and intuitive software, our solutions are tailored to streamline your titration workflows.
Melting Point Apparatus
Automatic Melting Point, Boiling Point, Cloud Point, and Slip Melting Point
A melting point system is an analytical instrument used to determine the melting point of solid crystalline substances. At the melting point, there is a change in light transmission through the sample, which is automatically detected with METTLER TOLEDO Excellence Melting Point Systems. In addition to melting point, the versatile MP80 Excellence Melting Point System offers automatic determination of further physical properties, such as boiling point, cloud point, and slip melting point.
Automatic Dropping Point and Softening Point
A dropping point system is an analytical instrument used to determine the dropping points and softening points of substances such as greases, pitch, polymers, and more. The dropping point is the temperature at which the first drop of molten substance precipitates. The softening point is the temperature at which the molten substance flows a defined distance. With the dropping point system by METTLER TOLEDO, both the dropping point and softening point are obtained fully automatically.
Benchtop and Portable Digital Densimeter
A density meter, also known as densimeter or specific gravity meter, is an analytical instrument that uses the oscillation of a U-shaped hollow glass tube to measure the density of liquid samples quickly and automatically. The measured density can then be automatically converted into other units and concentrations for specific applications, as specific gravity, API, alcohol%, Brix and many more. Choose your density meter from the lightest portable option to the most accurate benchtop model.
Benchtop and Portable Digital Refractometers
A refractometer (or brix meter), is an analytical instrument that uses a high-resolution optical sensor to measure the total reflection of a light beam that is in contact with a sample. The total reflected light is calculated and the refractive index value is displayed on the instrument, which can be converted into brix, HFCS or other concentrations. Our refractometers are a synonym for accuracy, speed and simplicity. Choose from a robust portable solution to an accurate benchtop brix meter.
Instruments, Accessories, Services, and Software for UV Vis Spectrophotometry
Spectrophotometry is a powerful technique used to measure a sample’s light absorption and transmission properties, providing valuable insights into its composition and chemical properties. Whether you’re working in life sciences, quality control, environmental science, or any other field where accurate and reliable measurements are critical to success, our spectrophotometric solutions offer performance, ease of use, and scalability, helping you achieve faster, more precise results with every analysis.