Overview

Differential Scanning Calorimeter LMDSC-A102 offers 0 to ±600 mW range detects transitions like melting, crystallization, and glass change. Equipped with -100°C to 800°C enabling analysis from cryogenic to high-temperature material responses. Equipped with liquid nitrogen cooling for quick, stable sub-ambient thermal regulation in dynamic studies. It offers 0 to 300 mL/min adjustable gas flow to maintain sample integrity. Our Differential Scanning Calorimeter includes USB port for seamless data transfer and external storage connectivity.

Features :

7-Inch LCD Touchscreen

Comprehensive Software

Advanced Calorimetric Performance

Corrosion-Resistant Exterior

Optimized Power Consumption

Specifications :

DSC Range	0 to ± 600mW
Temperature Range	-100°C to 800°C
Heating Rate	0.1 to 80℃/min
Cooling Method	Liquid Nitrogen Cooled
Scanning Method	Heating
Temperature Resolution	0.001℃
Temperature Fluctuation	±0.001℃
Temperature Repeatability	±0.1℃
DSC Resolution	0.01μW
DSC Accuracy	0.01mW
Gas Types	Nitrogen, Oxygen (Switch Automatically)
Gas Flow Rate	0 to 300 mL/min
Gas Pressure	0.2 mPa
Display	7-inch LCD touchscreen, 24-bit color
Data Interface	USB
Dimension	500 × 450 × 260 mm
Weight	12.4 kg

Standard Accessories :

Model No.	Accessory
LMDSC-A102-S1	Software
LMDSC-A102-A1	Aluminum Crucibles
LMDSC-A102-C1	Ceramic Crucibles
LMDSC-A102-P1	Pure Tin Particles
LMDSC-A102-F1	10A Fuse
LMDSC-A102-A2	Air Tubes
LMDSC-A102-T2	Tweezers And Related Tools
LMDSC-A102-D1	Data Cable
LMDSC-A102-P1	Power Cable
LMDSC-A102-L1	Low Temperature Thermostatic Bath

Optional Accessories :

Model no.	Accessory
LMDSC-A102-S1	Standard sample encapsulation press

Applications :

Differential Scanning Calorimeter LMDSC-A102 is vital for analyzing fat levels, melting behavior, and oxidative resistance in food, along with studying thermal breakdown in oils, grains, and plant-based extracts.

Selection Guide :

Differential Scanning Calorimeter LMDSC-A102 is designed for advanced research applications in material science, polymer analysis, pharmaceuticals, and food technology. It is widely used in experiments involving glass transition, crystallization, melting behavior, curing processes, and thermal stability studies. With high sensitivity and precise baseline stability, it supports accurate thermodynamic and phase transition measurements essential for in-depth thermal analysis. It is certified with CE and ISO standards, ensuring it meets international quality and safety requirements. Its broad temperature range and programmable heating and cooling rates make it suitable for diverse experimental needs. This model is recommended for researchers in academic institutions, industrial R&D centers, and quality control laboratories who require reliable and reproducible thermal analysis results.