R830 series
Universal R&D peptide synthesizer

Product Introduction
R830 is a small fully automatic peptide synthesizer that meets the GLP standard, which is very suitable for synthesizing peptides with certain difficulty and length. It is widely used in general peptide research, peptide drug and vaccine development, drug certificate applications, and other fields by internationally renowned universities, research institutions, and pharmaceutical factories.The high degree of automation of R830 allows the machine to perform fully automatic synthesis under unsupervised conditions for 48 hours, completely freeing the hands of scientists. All you need to do is prepare the reagents and edit the program in advance, and leave all the remaining steps to the machine to help you complete.
Main features
• No dead angle stirring design, the stirring system adopts a 180 ° up and down flipping motion to ensure uniform stirring and completely eliminate dead angles. The average coupling rate is>99%, which is particularly suitable for the synthesis of long peptides and high difficulty peptides, meeting scientific research needs. A welldesigned reagent conveying system can clean reagents up to any point on the tube, completely eliminating cross contamination of reagents
• Peptide synthesis achieves full automatic control, and the addition of amino acids and reagents, stirring speed, reaction time, etc. can be set through modular programs
• Record every step of the reaction throughout the entire process and automatically save it in the database. Password protection prevents any unauthorized operations
• Each synthesis step is displayed in a very intuitive graphical form on the screen, making it easy to understand the progress of synthesis at any time
• The synthetic data is fully recorded and automatically saved, which is beneficial for patent applications of new drugs
Technical specifications
Synthesis method Fmoc
Activation method HOBT/DIC/DCC/HBTU/HATU/Oxyma...
Adding amino acids automatic
External dimensions 80cm(W)×54cm(D)×73cm(H)
