Your Bibby Scientific’s MEL-TEMP Digital Melting Point Apparatus has been designed for general purpose laboratory use in which samples submitted for analysis are enclosed in a glass capillary tube and brought to a melt point condition under strict controlled parrameters of time and temperature.

An advanced Microcontroller and step through menu system accuratly controls the oven temperature and ramp rate. Melt temperatures can be viewed using the keypad.

Two ramp rates are offed. A quick ramp is provided to define the approximate melt temperature of your sample while the slower ramp rate is provided to accurately attain the true melt temperature of your chemical sample.

White LED oven illumination assists in the clear viewing of melt samples.

Vesions of Mel-Temp that support Firmware version V0.29 and above are equiped with ECO mode facility.

The updated 1101D Mel-Temp® Digital Melting Point Apparatus offers a quick and easy way to measure the melting points of samples to a resolution of ±1ºC at a budget price. It is ideal for multiple users, being ergonomically designed to ensure comfortable viewing for everyone, with a height-adjustable extension arm and a viewing head that may be rotated to suit each user. As a visual aid, the viewing head holds a viewing magnifier that offers 8x magnification.

As a further convenience, the extension arm is completely collapsible and can be neatly folded away into the unit, so that the unit can be stored flat to save space. Each Digital Mel-Temp® comes supplied with a complimentary pack of 50 capillary tubes, its own power supply and power cable.

The 1101D Mel-Temp® has power requirements of 115V and 50- 60Hz. The 1102D Mel-Temp® Digital Melting Point Apparatus has exactly the same functionality, but has power requirements of 230-240V; 50-60Hz.
 

Melting Point Range

Electrothermal’s range of melting point apparatus consists of the Mel-Temp® and IA9100, IA9200, IA9300. The MelTemp® gives a temperature resolution of ±1ºC, whereas the IA900 seres has a temperature resolution of ±0.1ºC & other performance enhancements.