Overview

Soxhlet Extractor Fat Analyzer LMSFA-A401 performs fat content analysis in 5 extraction methods at temperatures of 5°C to 300°C. It is compatible with all organic solvents to meet diverse experimental demands. Equipped with pre-set reagent options and one click start/pause, it allows for streamlined and repeatable experiments. Integrated with leak detection system to protect operators and maintain sample integrity. Our Fat Analyzer is ideal for extracting soluble organic compounds from drugs, soil, sludge and cleaners.

Features :

Temperature and Flow Control

Heating Module

Glass and PTFE material

Magnetic Controller Mounting

Vertical Display Screen

Specifications :

Temperature range	Room temperature +5 ℃to 300 ℃
Measuring Range	0.1 to 100%
Temperature accuracy	±1℃
Reproducibility	Relative error 1%
Sample weight	0.5 to 15 g
Capacity per batch	6 pcs/batch
Display	7 inches color touch screen
Solvent cup volume	150 mL
Solvent recovery	≥85%
Controller	External via cable
Power Supply	220 VAC±10%, 50 Hz
Power	2.6 KW
Dimensions (L×W×H) mm	650×380×720
Net Weight	50 Kg

Applications :

Soxhlet Extractor Fat Analyzer LMSFA-A401 is ideal for extracting soluble organic compounds from drugs, soil, sludge, cleaners, and related substances and is widely employed in agriculture, food, chemicals, and environmental fields.

Selection Guide :

Soxhlet Extractor Fat Analyzer LMSFA-A401 is a highly reliable and accurate instrument perfect for fat content determination using the Soxhlet extraction method. Based on research applications and industry requirements, it is commonly used in food quality control, agricultural product testing, feed analysis, and chemical research. The analyzer supports a temperature range from room temperature +5 °C to 300 °C, allowing compatibility with a wide range of solvents and sample types. With a measuring range of 0.1 to 100%, it ensures flexibility for both trace and high-fat content samples. The ±1 °C temperature accuracy and reproducibility with relative error ≤1% make it suitable for high-precision experiments. Customers in need of accredited fat analysis systems for ISO, AOAC, or equivalent certified methods can rely on this model for consistent results in routine testing, research studies, and regulatory compliance.