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"Since investing in the Atlas from Syrris, we have been delighted at the rapid uptake by our chemists and the high demand that they have placed for available systems. We are also very impressed with the speed and quality of the service and support."
Dr Phil Peach (Process CRD, Pfizer, UK) |
"We purchased two Atlas systems, and are delighted with their performance, ease of use and flexibility"
David Easson (VP Manufacturing and Process Dev. at Epic Therapeutics, Baxter Healthcare)
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Atlas is a high performance, low cost synthesis system that is flexible and truly easy to use. The intelligent base can be configured to control one or many reactions at scales from μl to 5 litres in vials, flasks or jacketed reactors. The Atlas has the following applications in discovery and process development:
- Reaction development
- Reaction optimisation
- Process screening
- Synthesis automation
- Process Analytical Technology
- Scale-up chemistry
- Crystallisation
- Parallel chemistry
- High throughput chemistry
- Calorimetry
Atlas benefits
- Easy to use: twist & click knob, large display and intuitive
- Automated: walk away synthesis
- Full data capture: download all data to a USB stick in .csv format
- High performance hotplate or circulator temperature control: rapid heating to 280°C and accurate control
- High performance magnetic or overhead stirring: 1200RPM magnetic or 800RPM powerful overhead stirrer
- Quick: everything clicks together quickly and easily without tools
- Small
footprint: 23cm (9”) square easily fits in fume cupboards
Robust: specifically designed for use in chemical laboratories
Safe: Auto shut down, alarms and safe touch surfaces
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Atlas can be configured into a wide range of different systems. To make choosing a system easier, there are three standard Atlas systems named Lithium and Sodium for round bottom flasks (magnetically and overhead stirred respectively) and Potassium for jacketed vessels. Other Atlas systems, designed for specific applications, are also available.
Below is a current list of Atlas systems: |
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Atlas Lithium automates reactions in flasks or vials |
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Atlas Sodium automates viscous reactions in round bottom flasks |
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Atlas Potassium performs reactions in jacketed reactors |
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Atlas Reaction Monitoring includes temperature node and RTD probes |
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Atlas Volumetric dosing system includes the Atlas Syringe Pump |
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Atlas Gravimetric Dosing system with a controlled peristaltic pump |
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Atlas pH Monitoring system includes a pH sensor |
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Atlas pH Control system doses reagents to control pH |
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Atlas Remote Mount system for remote control of up to 5L |
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Atlas Software controls Atlas hardware, but also devices from third parties |
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A variety of dry bath options fit onto the hotplate and magnetic stirrer for single round bottom flasks or parallel flasks or vials. For cooled reactions, the hotplate can be removed and a cold plate fitted.
The Stacking Atlas Dry Bath has concentric cups allowing round bottom flasks from 50ml to 1 litre to be heated or cooled. A triple dry bath is available for flasks from 50ml to 250ml and the Atlas Vial Baths can conveniently heat or cool a wide range of reaction vials.
The Atlas Orbit can heat 6 or 12 reaction tubes with a reflux in an inert atmosphere. The base can automatically run reaction profiles and add reagents. |
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Atlas Dry Bath for heating or cooling round bottom flasks |
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Atlas Orbit is a high performance, low cost
parallel synthesis module |
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Atlas Vial Baths for heating or cooling parallel vial reactions |
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Atlas Hot & Cold Plate is an easy way of heating and cooling reactions |
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The Atlas base can be configured into a variety of different systems for different applications such as discovery or process chemistry. In every case, the hardware clicks into place in seconds without the need for tools and can be controlled in three ways:
1) Turn the control knob to change hotplate or circulator fluid temperature and magnetic or overhead stirrer speed. Connect many bases for parallel chemistry in a master-slave fashion.
2) Edit and run profiles automatically from the base to control heating, cooling, stirring and reagent addition. Connect many bases in parallel to run one profile on all.
3) Use full PC software for complex recipe control, real time data plotting and control of third party hardware. The software can also control many bases at a time with different profiles. |
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