High-Throughput Microwave Synthesis Your Way!

Unmatched Versatility in an HTS System

Finally, there is a microwave system for High-Throughput Synthesis that gives you the results you need and the flexibility you want. The Navigator Automated Microwave Compound Factory has open architecture hardware and software that allows for multiple configurations with modular accessories designed to maximize throughput. Navigator offers all of the benefits of the Discover® line of Focused Microwave Synthesis Systems, as well as the following features and options.

• XYZ robotics
• Configure system to match application
• 96-position interchangeable racks
• Capacity for multiple Focused™ Microwave reactors
• Integrated options include
• Capping/de-capping station
• User configurable rack sizes
• Automated weighing station
• Automatic liquid addition (up to 8 reagents)
• Integrated analytics (SPE, Raman, HPLC, Flash chromatography, etc)
• Solid reagent addition
• Liquid and solid sample withdrawal
• Scheduling software
• Deconvolution to 96-well plates

Maximum Throughput & Convenience

Navigator is ideal for laboratories requiring automated high throughput; however, it also gives chemists the flexibility to perform a variety of tasks with independent robotics and one or more Focused Microwave synthesis system(s). Multiple reactors can be run in parallel, yielding a throughput previously unattainable with individually controlled and monitored reactions. This means precise, exact control of each reaction giving you absolute reproducibility. Navigator offers the first solution for high-throughput synthesis where each reaction can be completely and independently prepared, yet still yield the necessary throughput to supply the number of compounds needed to fuel the drug discovery process.

Like all of the products in the Focused Microwave Synthesis line of instrumentation, Navigator offers an unsurpassed capability to grow and adapt as the needs of your lab change. The options for Navigator feature modular accessories that can be just as easily configured in the lab when needed, as at the time of the original installation. Don't design your synthesis protocols around your instrument; design your instrument around your chemistries.