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A wide range of quickly interchangeable options and accessories maximize performance of METTLER TOLEDO's Thermal Analysis Systems. These include high-sensitivity MultiSTAR® DSC Ceramic Sensors, the Sample Robot for enhanced workflows, optical accessory for visual observations and powerful solutions for evolved gas analysis, which help you acquire more information from a single experiment. Discover our full range below!
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Adapt your system to your changing application needs. You can choose the temperature range, the atmosphere control, the automation level or combine the system with an additional measurement technique in order to get the most information from a single measurement.
Any existing TGA or TGA/DSC instrument can be combined with a gas analysis system, including MS, FTIR, GC/MS or Micro GC/(MS). These techniques can help identify the sample’s composition.
Up to 34 DSC or TGA samples can be automatically processed, each with a specific method including the final evaluation and result assessment. A unique feature of the sample robot is that it can open crucibles before the measurement, so that the sample is protected until the measurement begins.
Choose between two sensors, one with 56 thermocouples optimized for high resolution and the other with 120 thermocouples optimized for high sensitivity with a low signal to noise ratio.
You can expand your DSC instrument to a DSC-photocalorimetry system for the investigation of light curing samples. Another option is the camera system, which adds microscopy functionality to your DSC. We also offer sorption solutions for TGA, TMA and DMA, allowing measurements under defined levels of humidity.
METTLER TOLEDO's comprehensive line of thermal analysis systems offer the best variety of instruments, choose what model suits you from our models fully modular configurations. This is possible due to our versatile, customizable and upgradeable instrument platform. Read more
STARe software is powerful, versatile, and it provides nearly infinite evaluation possibilities. Automatic result assessment dramatically enhances efficiency, while the unique integrated database ensures the highest level of data security. Read more
We offer a broad range of crucibles, which are sample containers for thermal analysis. High quality crucibles are available in a variety of materials and shapes to cover virtually any thermal analysis application. Read more
Our thermal analysis market support team has prepared more than 300 ready-to-use applications tailored to various industries. Collated in an easy-to-search database, users can quickly find the application that best suits their needs. Read more
UserCom is a technical journal published twice a year for users of thermal analysis. It contains practical tips and describes interesting applications from different fields. It features a news section with the latest technological developments in the field of materials characterization. Read more
Through in-person and online learning options, we work closely with customers to help optimize their skills and confidence. This includes customized trainings, hands-on workshops and online learning resources, which are frequently updated with fresh content. Read more
According to the International Confederation for Thermal Analysis and Calorimetry (ICTAC), thermal analysis is group of techniques in which a physical property of a substance is measured as a function of temperature while the substance is subjected to a controlled temperature program.
All METTLER TOLDEO thermal analysis systems are based on a modular concept, allowing them to be upgraded at any time. There are a wide range of options and accessories available to expand the functionality of our systems. No matter the application, there is optional equipment for the expansion of every system. This includes the possibility to add various accessories such as: cooling devices, automatic sample changing systems, humidity generators, evolved gas analysis instruments, and optics, which ensure the optimized operation of a thermal analysis system.
Attaching a sample robot to a TGA, DSC, or TGA/DSC instrument enables 24/7 operation. Precise and reliable robotics together with an integrated software solution ensures all samples are measured in a consistent manner. This leads to a higher throughput of samples, and increased laboratory production. An added benefit of the sample robot is the automatic lid piercer. This allows samples with volatile components such as moisture, or conversely, if hygroscopic samples absorb moisture to be measured more accurately.
Adding a microscope or UV lamps to a DSC instrument provides extra functionality to an already powerful system. Our specially engineered support system enables either of these accessories to be added to a DSC within minutes. Observing thermal effects and solid-solid transitions is made possible with an optical microscope. It provides information of processes that generate little or no change in enthalpy, as well as simultaneous image analysis along with the DSC curve. Discover the effect of UV light on a sample with our Photocalorimetry options. We provide three different light sources to match your application. This option is mainly used to study photo-initiated reactions (curing), and stability behavior (ageing) of materials.
A METTLER TOLEDO TGA or TGA/DSC instrument is easily coupled to an external device to qualitatively measure the gaseous reaction or decomposition products, formed in a TGA experiment. We have engineered special interfaces for our TGA instruments to allow coupling to a Mass Spectrometer (MS), a Fourier Transform Infrared Spectrometer (FTIR), Gas Chromatography (GC/MS), or a Micro GC/MS system.
Measuring samples under a defined relative humidity (RH) condition is a very powerful tool to observe the effect of moisture on a sample. Using uniquely designed interfaces and furnaces, a humidity generator can be attached to a TGA, TGA/DSC, TMA or DMA instrument. Using these four upgradable systems, it is possible to measure the properties of materials and the effect of moisture content for real world resting. For example, the material processing conditions can be simulated, shelf life can be determined, or any change in structure properties can be monitored.
