Search Results for: high throughput

High Throughput Inkjet Printing Technology in Printed Electronics Inkjet printing technology (IJP) is a highly prospective deposition technique in printed electronics attributed to its advantages such as non-contact printing, material-saving, low cost, wide applicability, easy-to-use, etc. It has been widely used to manufacture organic/inorganic diodes, transistors, and solar cells, etc. However, using IJP to manufacture outstanding devices needs an optimization

High Throughput & High Output Polyolefin Synthesis, Screening, Optimization & QC Chemspeed’s SMOLEFIN technology is the premier solution for high throughput and high output catalyst research and development, opening new dimensions to synthesize, reformat, store and apply the most sensitive and aggressive catalysts and reagents. Catalyst Synthesis Reformatting Application & Testing Catalyst Synthesis Catalyst Synthesis The autoplant POSYCAT platform facilitates

Versatile robotic platform for high-throughput experimentation Software-driven robotic platform for semi- or fully-automated R&D processes A software-driven robotic platform designed for R&D processes, Chemspeed’s automated Autoplant and its semi-automated variant, the Multiplant, facilitate high-output experimentation in the development and optimization of polymers (e.g. polyolefins, nano-latex, polyamides, acrylics and PU), specialty chemicals, catalysts for polyolefins and many more. Both are based

Crystallization With increasing economic demands, it is becoming progressively more important to gain additional information on drug candidates early in the development cycle. Better informed decision can be made during the selection of candidates if further solid state information is available – saving time and money later on in the development process. But early stage drug candidates are difficult and

Parallel Crystallizers for Drug Development Crystallization research plays an important role in the drug development process as majority of the therapeutic drugs exhibits in multiple polymorph forms and technically each polymorph possess different physical properties. Differences in physical properties (e.g. solubility, hygroscopicity, melting point) would then affect other important properties such as product bioavailability and stability. Pharmaceutical companies worldwide are

Enjoy the full benefits of high-throughput crystallization experimentation ml-scale parallel crystallizer with novel non-intrusive turbidity probe Combining powerful performance with ease of use, the Crystal16 multiple reactor station is designed for automated crystallization screening research, enabling users to greatly accelerate their research – for example, solubility curves can be determined within 4 hours using only 100mg. Originally developed for medium