This instrument is LabV®️-ready. Turn data into better products with LabV®—a centralized, AI-driven material intelligence platform that integrates data from this instrument and any other data sources. Designed for R&D and QC engineers, LabV® enables data-driven decision-making to drive innovation and ensure consistently high-quality results.
Highlights Outstanding Performance Coupled with Cutting-Edge Design Exceptional balance resolution and high long-term stability with the STA 509 Jupiter® Supreme The Supreme version is the pinnacle of the STA 509 Jupiter® series, seamlessly blending top-loading convenience with unparalleled precision. With exceptional balance resolution down to 25 ng and remarkable long-term stability, this instrument is meticulously engineered to exceed even the most stringent hardware and software standards. Where precision and unwavering reliability are paramount, this instrument delivers the exceptional performance required to drive innovation and push the boundaries of scientific exploration. With its uncompromising commitment to accuracy and stability, the Supreme version empowers researchers and scientists to pursue their most ambitious goals, confident in the instrument's ability to deliver reliable and accurate results, time after time. Improving Your Productivity and Workflow by Design The STA 509 Jupiter® simplifies thermal analysis with its integrated color display to start pre-programmed measurements at a touch. Its LED light bar provides at-a-glance instrument status with color-coded indicators, allowing you to monitor measurements remotely without accessing a PC. This convenient design keeps you informed while streamlining your workflow.. Modular Design for Multiple Applications The STA features a modular design for seamless customization. Its interchangeable furnaces and sensors allow it to be easily adapted to multiple applications over a wide temperature range from -150°C to 2400°C. This modular approach ensures versatility, allowing you to tailor the system to your specific needs, whether in an industrial or academic setting. Top Loading Balance Design The top-loading, electronically compensated design provides optimal performance and ease of use. The ideal choice for flexible analytical systems and evolved gas analysis. Defined Atmospheric Conditions The vacuum-tight design and meticulous gas flow control enable precise handling of high-purity atmospheres, including inert, oxidizing, reducing, and corrosive gases. Precision and Accuracy The combination of nanogram balance and high performance heat flux DSC provides exceptional accuracy with minimal drift and unmatched flexibility for high sample loads. Eco-Friendly Performance The electronic thermal stabilization and Eco Mode optimize efficiency, delivering peak performance while reducing energy and gas consumption for substantial savings - promoting sustainability. Accessories and Evolved Gas Analysis Various sample holders broaden the range of applications. The integration of evolved gas analysis with MS, FT-IR or GC-MS extends the analytical capabilities of the STA 509 Jupiter® Classic. Specifications Temperature Range -150°C to 2000°C Balance performance Balance resolution of 0.025 μg over the complete mass range of 5 g DSC Performance DSC enthalpy accuracy: 1%(Indium) Discover our carefully tailored Simultaneous Thermal Analyzer, designed to meet your needs: Heating rate: 0.001 to 50 K/min Temperature resolution: 0.001 K Various Sensor Options: TGA, TGA-DTA, TGA-DSC Optional 20-position ASC or 2 nd furnace
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The Database for Material Identification and Quality Control Identify is a powerful, unique software solution for identifying and classifying materials in the field of thermal analysis. With over 1,300 reference entries spanning polymers, organics, pharmaceuticals, food, cosmetics, inorganics, ceramics, metals, and alloys from the extensive NETZSCH libraries, it delivers comprehensive coverage across industries. Identify supports a variety of signal types, including DSC, DSC-Specific Heat Capacity (cp), TGA, TGA-c-DTA®®, STA, DIL/TMA, and DMA. Users can easily expand the database with their own measurement data, creating a personalized library of unlimited size. With each new entry, Identify becomes an even more valuable tool, helping users compare results, interpret data, and plan future experiments with greater confidence and speed. It is particularly advantageous that Identify can even simultaneously incorporate two types of measurements, such as TGA and DSC or c-DTA®, during identification. As shown in the example above, analysis with Identify in the temperature range below 500°C reveals that the TGA-DSC results are very similar to those found for gypsum (dihydrate,CaSO4·2H2O) in the database. The DSC peak detected at 575°C, which is due to the structural α→β transition of quartz, occurs also in the most similar database curve in that temperature range. Above 600°C, the best hit from the database search is a measurement showing the decomposition of calcium carbonate. In summary, the investigation showed that the unknown material consists of gypsum, quartz and calcium carbonate.
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Uses Energy Only when Needed FOCUS ON EFFICENCY AND A MORE SUSTAINABLE LABORATORY Promote sustainability without compromising performance. Modern laboratories must balance high-quality research with responsible use of resources, an area in which our solution excels. Eco Mode transforms the way STA instruments operate. Rather than wasting energy during idle periods or experiencing long warm-up times, this intelligent, software-controlled feature automatically powers down the chiller when not in use. It then reactivates gas flow and temperature control based on your schedule. Your instrument is always ready when you need it, with no unnecessary downtime or energy loss. You can reduce power consumption by over 700 watts during inactive phases, save up to 1,800 kWh annually, and cut gas usage by up to 50%. The result is lower operating costs, improved efficiency, and a substantially reduced carbon footprint, helping you create a more sustainable, future-ready laboratory.
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For the whole NETZSCH machines & equipment program At some point your machine may require replacement broken or worn out parts. If you have NETZSCH machines, you have already made the choice to purchase a first class piece of equipment, so why waste your time finding alternative suppliers, qualifying them, technically specifying the parts and materials and ultimately, taking the risk of using non originals parts from third parties? Ensure the smooth operation of your equipment By using original Spare Parts you ensure: - A reliable and guaranteed decision. Remove the element of surprise! - Optimum performance of your machine, same as the very first day - Quality and durability of the parts supplied - A fair price - No risk of damaging the machine or other parts by malfunctioning of non-original parts - Maximizing the value of your machine over its lifetime - Worldwide availability and consistency in quality standards
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