Crystal16

Crystal16

Multi-reactor crystallizer with transmissivity

The new Crystal16 V3 is a multi-reactor crystallizer for medium throughput solubility. The latest version has integrated transmissivity technology and enhanced analytical capabilities, in a streamlined unibody design, to reduce the time and resources consumed in crystallization experiments and analysis.

Improve and accelerate your crystallization research with the Crystal16 parallel crystallizer, the ultimate instrument for research and process development. With 16 reactors at a volume of 1mL, easily determine solubility curves and screen for crystallization conditions. Experience the tool being used all over the world by chemists. Designed by scientists for scientists.

The system is a user-friendly system with uncomplicated software that enables you to accelerate your crystallization research.

Big pharmaceutical companies use multiple units of our Crystal16® within their crystallization departments. This tool will help you build up your laboratory capabilities with easy-to-use high performance system for the applications. The Crystal 16 Version 3 is enhanced with:

  • Advanced temperature features
  • State of the art software
  • Ground-breaking transmissivity technology
  • Feedback control
  • Overhead and bottom stirring

More than 17 years of success worldwide!

Over the years Technobis customers have been able to apply the technology to a wide range of applications such as:

  • Solubility determination
  • Phase diagrams
  • Co-Crystal screening
  • Chiral separation
  • Salt screening
  • Polymorph screening
  • Polymer dissolution studies (LCST and UCST)
  • Amorphous solid dispersions
  • Hydrate formation studies

Don´t hesitate to contact us if you have any question!

Ask about the products

Do you have any questions about our products? Feel free to reach out to one of our sales specialists or contact us directly using the form further down the page.

Contact request

  • This field is for validation purposes and should be left unchanged.