Synple Chem

Merck KGaA, Darmstadt, GermanyAvailable: Worldwide

Automated Chemical Synthesis Platform

Merck KGaA, Darmstadt, Germany

The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our  Product Directory.

Ease of Use
After Sales Service
Value for Money
Be the first to leave a review
Description

Features:

5 x More efficient

  • Fully automated organic synthesis
  • 5 minutes to set up
  • Frees your time to focus on more important experiments

Accurate & convenient

  • Optimized reaction, no risk of human error
  • Compact size (W 26 cm, H 36 cm, D 49 cm)
  • Fast and easy orders through our web shop

70% Cost savings

  • Considerably more economical than manual chemical synthesis due to lower personnel and reagent costs

No special training

  • Easy to use, requires no detailed chemistry knowledge
  • Modular system for a range of reactions at the press of a button

Enhanced safety

  • Fully enclosed reaction
  • User never exposed to chemicals
  • Complies with latest safety standards

90% Less waste

  • Fully optimized reaction sequence
  • Uses minimum reagents and solvents, greatly reducing chemical waste

Synthesis in 4 simple steps

The platform consists of the Synple 2 chemical synthesizer and a range of reagent cartridges for different reactions. Simply add your starting material and the appropriate reagent cartridge to the synthesizer and press a button. The product is automatically generated, isolated, and purified in minutes – not hours as in manual synthesis.

Application NoteLab Automation

Automated synthesis with SYNTHIA retrosynthesis software

SYNTHIA™ retrosynthesis software aids chemists in designing synthetic routes, offering ranked potential routes to target molecules, while Synple's cartridge-based synthesis technology automates chemical reactions commonly used in discovery chemistry. Merck KGaA, Darmstadt, Germany, discusses the integration of SYNTHIA retrosynthesis software with Synple Automated Synthesizer to streamline synthetic chemistry processes. It highlights the advancements in technology and automation, including robotic systems, machine learning algorithms, and virtual screening methods, which accelerate molecule discovery and synthesis while minimizing errors. There is also case study comparing different search configurations and demonstrates the quick and efficient synthesis of target molecules using both manual and automated approaches, showcasing the potential of this integrated workflow to accelerate the drug discovery process.

Product Overview

Links

Buy Synple Chem Read Reviews