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Digital Melting Point Apparatus

Name: Digital Melting Point Apparatus
Brand: THE SCIENTIFIC GLASS FABRICATORS
Price: 4100.0 INR
Availability: InStock

Price 4100.0 INR/ Piece

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MOQ : 1 Piece

Digital Melting Point Apparatus Specification

Shape
Rectangular

Display Type
Large digital LCD

Features
Built-in magnifier, digital display, programmable rate, user-friendly keypad, simultaneous measurement of 3 samples

Heating Capacity
Ambient to 300C

Glass Type
Capillary tubes (1.4mm)

Power Supply
AC power supply

Speed Range
Heating rate: 0.1C to 10C/min adjustable

Temperature Resistance
Up to 300C

Control Type
Microprocessor based control

Accuracy
0.3C

Type
Digital Melting Point Apparatus

Dimension (L*W*H)
Approx. 330 x 250 x 160 mm

Equipment Type
Microprocessor based Melting Point Apparatus

Equipment Materials
High grade plastic and metal alloy

Power
60 W

Voltage
220V (10%), 50/60 Hz

Material
Durable plastic housing, metal components

Application
Laboratory analysis of melting points of substances

Magnification
Built-in lens for enhanced sample visibility

Measurement Resolution
0.1C

Package Includes
Digital Melting Point Apparatus, box of 100 capillary tubes, power cord, user manual

Model
LABTRON MPA-100

Data Logging
Yes, via display interface

User Interface
Menu driven control panel

Sample Capacity
Up to 3 capillaries simultaneously

Sample Tube Specifications
Capillary tubes, 1.4 mm diameter

Start/Stop Function
Electronic key-based

Temperature Display Range
Room temperature to 300C

Safety Features
Overheat protection

Compliance
Suitable for standard laboratory safety protocols

Digital Melting Point Apparatus About

Q1. What is a Digital Melting Point Apparatus used for?
A Digital Melting Point Apparatus is a laboratory instrument used to accurately determine the melting point of chemical compounds, pharmaceuticals, and organic substances.

Q2. How does this melting point apparatus work?
It heats samples in capillary tubes at a controlled rate and displays real-time temperature on a digital screen until the melting point is observed.

Q3. What are the key features of this Digital Melting Point Apparatus?

Microprocessor-based digital control system
High-precision temperature measurement
Digital LCD display for real-time reading
Adjustable heating rate
Built-in magnifying lens for clear sample observation
Compact and easy-to-use design

Q4. Which industries use this instrument?
It is widely used in:

Pharmaceutical laboratories
Chemical research labs
Educational institutes
Quality control departments
R&D laboratories

Q5. What is the advantage of using a digital melting point device?
It provides fast, accurate, and reliable melting point results with minimal human error compared to traditional methods.

Q6. What type of samples can be tested?
Solid crystalline organic compounds and powdered chemical substances sealed in capillary tubes.

Product Description

The Digital Melting Point Apparatus is a high-precision laboratory instrument designed for accurate determination of melting points of organic and inorganic compounds. Built with advanced microprocessor technology, it ensures fast heating, stable temperature control, and highly accurate readings displayed on a digital screen.

This apparatus is widely used in pharmaceutical, chemical, and educational laboratories for quality control and research applications. Its user-friendly interface, magnified sample viewing system, and durable construction make it an essential tool for modern labs.

Keywords: Digital Melting Point Apparatus, Lab Melting Point Machine, Digital Melting Point Tester, Laboratory Equipment, Pharmaceutical Testing Instrument, Chemical Analysis Device

Advanced Temperature Control

Featuring a microprocessor-based system, the LABTRON MPA-100 provides stable and accurate temperature management from ambient levels up to 300C. Its adjustable heating rate (0.1C to 10C/min) ensures versatility for varying sample requirements, making it suitable for both routine and delicate measurements.

Efficient Simultaneous Sample Testing

Designed for efficiency, the apparatus accommodates up to three 1.4 mm diameter capillary tubes at once, allowing for parallel analysis. This feature is especially advantageous in settings where multiple samples need testing, saving valuable time without compromising precision.

Enhanced Usability and Safety

With a menu-driven control panel and electronic key-based operations, the device is highly user-friendly. It is equipped with overheat protection, a large digital LCD for clear readings, and a built-in magnifying lens to improve visibility and accuracy during sample observation.

FAQ's of Digital Melting Point Apparatus:

Q: How does the LABTRON MPA-100 record and display melting point data?

A: Data logging is facilitated through the device's display interface, allowing users to record critical measurements directly from the large digital LCD.

Q: What is the process for measuring melting points using this apparatus?

A: Insert sample-filled capillary tubes (up to three) into the designated holder, program the desired heating rate, and use the electronic key to start the measurement. Observe the process using the built-in magnification and monitor the temperature on the LCD display.

Q: Where can this digital melting point apparatus be used?

A: The LABTRON MPA-100 is suitable for laboratories in research, pharmaceutical, academic, and quality control environments due to its compliant safety features and precision controls.

Q: What are the safety features incorporated in the instrument?

A: The system includes overheat protection and a housing made from high-grade plastic and metal alloy, ensuring operational safety and adherence to standard laboratory safety protocols.

Q: When should I use the simultaneous sample capacity feature?

A: Parallel testing of up to three samples is ideal when comparing multiple substances or conforming to high-throughput laboratory workflows, improving productivity and consistency.

Q: How do I benefit from the magnifier in the instrument?

A: The built-in magnifier enhances sample observation, helping users accurately determine the precise melting point visually, thus increasing the reliability of results.

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