Automated Soxhlet Extraction System – JC-SXT-6A by Babio
The JC-SXT-6A Automated Soxhlet Extraction System is an advanced solution for precise fat extraction and organic compound separation in complex matrices. Based on the classical Soxhlet extraction principle, this fully automated fat extractor is optimized for laboratories in the food analysis, pharmaceutical, agriculture, and environmental testing sectors.
This high-performance system supports five extraction modes, including Standard Soxhlet (GB method), Soxhlet Hot Extraction, Continuous Flow, and CH-Standard. Designed with a built-in metal block heater, the unit ensures fast and uniform heating, with precise temperature control ranging from ambient +5°C to 300°C. The touchscreen controller (7” LCD foldable) offers intuitive programming and real-time monitoring.
Constructed with chemically resistant glass and PTFE materials, the system handles all major organic solvents such as petroleum ether, hexane, diethyl ether, and methylene chloride, making it ideal for laboratories requiring high reproducibility in fat analysis, solvent recovery, and safety. The solvent recovery rate exceeds 85%, reducing waste and enhancing operational sustainability.
Equipped with six sample channels, automatic lift systems, programmable soaking/extraction cycles, and customizable protocols (up to 99 sets), JC-SXT-6A significantly reduces extraction time—up to 80% faster than traditional methods. The fat content determination range spans from 0.1% to 100%, with a sample weight of 0.5g to 15g per run.
Manufactured by Babio Biotechnology (Babio)—a renowned Chinese manufacturer of scientific instrumentation—this automated Soxhlet system complies with GB5009.6-2016, GB/T9695.1-2008, and GB/T6433-2006 standards. Learn more at https://www.babiocorp.com.
If you're searching for a high-throughput, efficient, and fully automated Soxhlet extractor for accurate fat content testing, residue analysis, or solvent-based separation, the JC-SXT-6A offers unmatched performance in laboratory-scale fat extraction workflows.
