The new NETZSCH STA 319 Jupiter® analysis instrument delivers reliable TGA and thermal-effect signals, fast heating up to 300 K/min, water cooling and 1100°C performance at lower cost.
When selecting a simultaneous thermal analyzer (STA), many laboratories automatically consider high-temperature systems such as the STA 509 Jupiter® series. However, in everyday practice, high-temperature capability is not always required.
Instead, users frequently prioritize:
• Reliability
• High sample throughput
• Ease of use
• Lower total cost of ownership
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| It combines thermogravimetric analysis (TGA) and a simple thermal-effect signal (DSC/DTA) in a cost-efficient, robust, and easy-to-operate STA system |
The new NETZSCH STA 319 Jupiter® was developed specifically to meet these needs. It combines thermogravimetric analysis (TGA) and a simple thermal-effect signal (DSC/DTA) in a cost-efficient, robust, and easy-to-operate STA system, covering a temperature range from 10°C to 1100°C. At heating rates of up to 300 K/min, this new instrument enables exceptionally fast measurement cycles and significantly increases sample throughput.
Why the STA 319 Jupiter® Was Developed
For many routine and applied applications, such as polymers, organics, life sciences, and quality control, the full temperature range and modularity of high-end STA systems are not necessary.
NETZSCH received the following customer feedback:
• “We rarely measure above 1000°C.”
• “We need reliable results with minimal setup.”
• “Throughput matters more than maximum specifications.”
The STA 319 Jupiter® addresses exactly this gap: It delivers practical STA performance for many standard applications, without any unnecessary additional features.
New Ring-Based TGA-DSC Sensor: Designed for Stability and Reproducibility
A key innovation of the STA 319 Jupiter® is the new ring-based TGA-DSC sensor.
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| Innovative design: The new DSC-TGA sample carrier |
How It Works
Instead of using a second reference crucible, the system features a fixed reference ring integrated into the sensor design.
Key Benefits
• Only one crucible required → simpler handling
• Defined reference conditions for every measurement
• Robust design using Type-S thermocouples, proven in higher-end STA systems
The STA 319 Jupiter® delivers a quantifiable and reproducible thermal signal, that is well-suited for a wide range of routine STA applications.
This design choice supports ease of use, robustness, and long-term stability – key points for a reliable thermal analysis system and proven NETZSCH quality.
Key Features of the NETZSCH STA 319 Jupiter® Analysis Instrument
Despite its focus on simplicity and affordability, the STA 319 Jupiter® delivers strong technical performance:
• Temperature range:10°C to 1100°C
• Robust ceramic furnace
• Heating rates up to 300 K/min
• Water cooling for fast cooling and high throughput
• 192 position autosampler (ASC) for unattended operation
• Maximum sample weight: up to 2 g with dedicated sample carriers
• Excellent balance resolution and long-term stability: 20-ng resolution
• Compatibility with evolved gas analysis systems (QMS, FT IR, GC MS)
• Optional integrated vibration damping system to eliminate environmental effects
• Powered by the Proteus® software with automated evaluation and peak analysis by means of AutoEvaluation, Identify and PeakSeparation functions
• NETZSCH also offers Unlimited Warranty for this new instrument!
These features make the STA 319 Jupiter® a high-throughput STA system optimized for routine and applied thermal analysis.
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| Sample Changer with 204 sample positions featuring removable trays for improved handling |
Who Is the STA 319 Jupiter® for?
The NETZSCH STA 319 Jupiter® analysis instrument is the right choice if:
• You primarily need a TGA, but you sometimes wish to have simple simultaneous thermal-effect signals
• Your applications are mainly below 1100°C
• You value ease of use and automation
• You are looking for a lower-cost alternative to high-end STA systems without compromising on reliability, speed, or durability
If you need reliable simultaneous thermal analysis without the complexity and cost of a full high-temperature STA, the NETZSCH STA 319 Jupiter® is the ideal solution.
Typical Applications
• Polymer characterization (melting, decomposition, additives)
• Organic and biomass materials
• Life sciences-related samples
• Inorganic materials below 1100°C
• Routine quality control and method development
Practical STA Performance Where It Matters Most
The STA 319 Jupiter® is not designed to maximize specifications. It is designed to maximize value. By focusing on reliability, throughput, ease of use and cost efficiency, this completely new instrument offers a smart entry point into simultaneous thermal analysis for laboratories that want dependable results without unnecessary complexity.
By by Aileen Sammler
All pictures: NETZSCH
