About Precision Digital Melting Point System
Digital Automatic Melting Point Apparatus is designed for quick and accurate detection of melting point. Feature packed & easy to use, this is an indispensable bench top tool. This equipment has the arrangement to hold the capillary containing the sample in uniformly heating media. the temperature is indicated on a digital display readable in 1.0 C. At the point, when the sample melts, the heating is automatically cut-off and the digital display showing the temperature remains on the indicator till it is cleared. No Silicon oil or other bath is required as heating media. Range 2.0C above room temperature to 350C.
Product Details
Temperature Range | 2 degreea bove RT-275 degree C |
Readability | 1 degree |
Display | 3 Digit LED |
Heating Rate Control | Electronic |
Stirrer Speed Control | Electronic |
Temperature Sensor | PT-100 |
Brand | ARG Labs |
Advanced Sample HandlingThe system accommodates up to 3 capillary tubes per cycle, facilitating efficient comparative analysis of multiple samples. Convenient top-side insertion streamlines the loading process, minimizing handling errors and saving valuable laboratory time during each test run.
Precise Temperature ControlEngineered to deliver digital accuracy, the system manages temperature increments as small as 0.1C across a broad range up to 400C, with programmable ramp rates for tailored experimental protocols. Automatic ramping and digital calibration further enhance measurement repeatability and reliability.
Enhanced Safety and ObservationOverheating protection ensures safe operation, while the integrated LED lamp provides optimal illumination for clear observation of sample changes. The digital control and alarm buzzer alert operators at the designated melting point, supporting consistent, error-free operation.
Flexible Data ManagementThe digital display enables immediate viewing of results, and the optional USB port allows seamless export and documentation of measurements. This versatility encourages efficient recordkeeping and analysis needed for regulatory compliance or research reports.
FAQs of Precision Digital Melting Point System:
Q: How is the sample loaded into the Precision Digital Melting Point System?
A: Samples are inserted from the top side of the unit using high transparency capillary glass tubes. The system can evaluate up to three samples per cycle, simplifying the workflow and allowing comparative analysis within a single test.
Q: What process does the device use to determine melting points?
A: The system heats samples at a programmable ramp rate with temperature increments of just 0.1C. Visual observation is aided by a built-in LED lamp, and the digital control system identifies and signals the precise melting point by activating a buzzer.
Q: When should I utilize the digital calibration function?
A: Digital calibration should be performed regularly, especially after extended storage, transportation, or any changes in laboratory temperature. This process ensures ongoing measurement accuracy within 0.3C, meeting laboratory quality standards.
Q: Where can the Precision Digital Melting Point System be used effectively?
A: It is suitable for laboratories, academic institutions, quality control departments, and research centers involved in chemical, pharmaceutical, or material analysis. Its compact size and ambient operating range (5C to 40C) allow versatile installation across varied environments.
Q: What are the main benefits of using this equipment over traditional methods?
A: Key benefits include highly reproducible results thanks to programmable ramp rates and digital accuracy, efficient sample handling, built-in safety features, data export capabilities, and simplified observation, all contributing to faster, more reliable lab throughput.
Q: How does the device ensure user and sample safety during operation?
A: The equipment includes overheating protection mechanisms and uniform heating to prevent sample degradation or operational hazards, coupled with LED lighting and a protective metal and glass construction for safe, clear sample monitoring.