Overview

Automatic Melting Point Apparatus LMMA-A203 operates between room temperature to 400℃. Its FTF colour touch screen offers intuitive operation and clear display for effortless operator interaction. Its HD recording function allows clear documentation and convenient playback of the melting process. It offers custom method libraries and export file verification for flexible operation and secure data management. Our Melting Point Apparatus is ideal for pharmaceutical, chemical, food, and research laboratories. 

Features :

PID Temperature Control

HD Video

Fully Enclosed Furnace Design

Audit Trails

Real-Time Data Printing

Historical Data Printing

Specifications :

Temperature Range	Room Temperature to 400°C
Resolution	0.01℃
Detection Method	Fully Automatic
Processing Capacity	4 pcs per batch
Heating Rate	0.1℃ to -20℃
Accuracy	± 0.2℃ (Less than 250℃) ±0.4℃ (Greater than 250℃)
Repeatability	± 0.1℃ at 0.1℃/ min
Magnification	9 times
Display Method	10.4-inch FTF color touch screen
Storage	64 GB
Map Save	400 groups
Printing Method	Wi-Fi serial port
Export in multiple file formats	PDF and EXCEL
Data Interface	USB RS232 SD Wi-fi, RJ45, U disk
Small Capillary Size	Outer Diameter: ⏀1.3 mm; Inner Diameter: ⏀1.1 mm
Power Consumption	120 W
Power Supply	110 to 230 V, 50/ 60 Hz
Dimensions	400 × 280 × 330 mm
Weight	4.1 Kg

Applications :

Automatic Melting Point Apparatus LMMA-A203 is essential in producing food, pharmaceuticals, spices, dyes, and other organic crystalline substances in chemical industry and medical research.

Selection Guide :

Automatic Melting Point Apparatus LMMA-204 is well-suited for advanced research studies, pharmaceutical quality control, and chemical analysis where accurate and automated melting point determination is essential. It is widely used in applications such as purity testing of active pharmaceutical ingredients (APIs), characterization of chemical compounds, and polymorphism studies. With features like high-resolution temperature control, fully automatic detection, HD visual monitoring, and the capacity to analyze multiple samples simultaneously, it provides efficiency and accuracy in laboratory workflows. This model is particularly beneficial for labs that require traceable data and digital documentation, supported by compliance with certifications such as CE, ISO, and GMP. Researchers and professionals selecting this model can rely on its performance for both routine and complex melting point experiments, especially where regulatory standards and data integrity are critical.