Anton Paar’s advanced differential scanning calorimeter, Julia DSC, accelerates processes and provides users with a competitive edge when both time and accuracy are of utmost importance.
Julia DSC 300
- Patented air cooling: Peltier technology removes the requirement for an external cooler
- Achieve -35 °C with a single, efficient, quiet, and compact system
- Julia Suite software: Intuitive interface makes using the Julia DSC 300 easy - no training needed
- Step-by-step guidance: Provided through measurement and calibration wizards
- Autosampler: Time and cost-efficient automated measurements available 24/7
Image Credit: Anton Paar GmbH
Julia DSC 500
- Future-proof allrounder: Full spectrum of QC, R&D, and academia
- Innovative air cooling technology: Reaches temperatures as low as -35 °C without needing an external cooler
- Rapid exchange of cooling modules: Requires only four screws and takes less than five minutes to complete
- Julia Suite software: Offers modulation and step-by-step assistance
- Autosampler: Optimizes time and reduces expenses with continuous automated measurements available 24/7
Image Credit: Anton Paar GmbH
Key Features
Julia DSC: Speed Meets Precision
Simple to understand: The Julia Suite removes the drawn-out learning curve with its intuitive navigation, step-by-step wizards, and straightforward methods - no training required.
Cools down fast: Unparalleled cooling rates can lower temperatures to subzero levels, due to the integrated air-cooling module.
Get results within minutes: From experiment setup to final analysis, automation and intelligent presets ensure that users receive accurate and reliable results in a remarkably short period.
Learn to Use It Fast
Image Credit: Anton Paar GmbH
Achieve faster results from the Julia Suite, Anton Paar’s differential scanning calorimeter software. The learning period is accelerated through seamless guidance at every step, allowing the user to begin analysis immediately.
- Dedicated QC mode: Establish pass/warning/fail criteria to facilitate quality control
- No training required: The intuitive design enables users to begin immediately
- Step-by-step calibration wizards: Precision through structured workflows
Cool It Down Fast
Image Credit: Anton Paar GmbH
The distinctive Julia DSC Air Cooling Module features cutting-edge Peltier technology, which rapidly cools the device to -35 °C without the need for an external chiller. No more disorganized laboratory environments and intricate differential scanning calorimeter configurations.
- Integrated air-cooling system: Exceptional cooling rates reaching subzero temperatures
- Increased sample throughput: Rapid cooling between measurements, transitioning from 300 °C to 25 °C in just seven minutes
- Quickest enhancement of cooling capabilities to cryogenic temperatures: Replace cooling modules in under five minutes
Get Results Fast
Image Credit: Anton Paar GmbH
Prepare the differential scanning calorimeter and initiate operations promptly. The entire process, from experiment setup to final analysis of results, is considerably quicker than with any similar device available on the market.
- Pre-filled suggestions assist users in preparing methods with just a few clicks
- Streamlined navigation (for instance, when customizing graphs)
- Rapid, automated calibration checks accompanied by performance history to ensure dependable results
Efficient Automation: Plan Measurements Over the Weekend
Image Credit: Anton Paar GmbH
The specially designed Julia DSC autosampler enhances throughput while ensuring precise data and reliable results. By automating repetitive tasks, users can save time and lower expenses. With seventy sample positions and eight specific reference positions, users can effectively organize all measurements around the clock, including weekends.
Thermal Analysis Accessories for Sample Preparation
Image Credit: Anton Paar GmbH
A crucible sealing press is offered for the Julia DSC series, facilitating rapid and convenient sample preparation. The design of the crucible die ensures effortless placement, filling, sealing (via cold welding), and weighing of the sample.
The filling funnel facilitates the easy insertion of powders into the crucible, while the push rod helps compact the sample to ensure optimal thermal contact. The crucible closing pen enables the closure of even the smallest crucibles from Anton Paar, effectively preventing the displacement of film or fiber samples.
Specifications
Source: Anton Paar GmbH
| |
ACM |
RCM |
NCM |
| Minimum temperature |
-35 °C |
-90 °C |
-170 °C |
| Maximum temperature |
700 °C |
600 °C |
| Maximum heating rate |
300 K/min |
| Maximum cooling rate |
150 K/min |
200 K/min |
| Cooling 10 K/min down to |
5 °C |
-55 °C |
-150 °C |
| Cooling 5 K/min down to |
-15 °C |
-70 °C |
-160 °C |
| Temperature accuracy (In) |
<0.1 K |
| Enthalpy accuracy (In) |
<1 % |
| Measurement range |
± 2,500 mW |
| Julia DSC 300 |
✓ |
– |
– |
| Julia DSC 500 |
✓ |
✓ |
✓ |