Analysis Instruments

A precision balance, also known as a high-precision or analytical balance, is an instrument used to measure mass with a high degree of accuracy and sensitivity. These balances are essential in laboratories, research facilities, and industrial settings where precise measurement is crucial.

1. High Resolution: Precision balances can measure very small changes in mass, often down to milligrams (mg) or micrograms (µg), depending on the model.

2. Accuracy: They provide highly accurate measurements, often with a readability that exceeds standard laboratory balances. The accuracy is usually specified by the manufacturer and is often stated in terms of the smallest unit of measurement the balance can reliably determine.

3. Calibration: Precision balances typically have internal or external calibration mechanisms to ensure accuracy. Some models allow for automatic calibration, while others require manual calibration with standard weights.

4. Weighing Pan: The weighing pan is designed to hold the sample being measured. It is usually made from materials like stainless steel to resist corrosion and contamination.

5. Readability and Repeatability: Precision balances provide consistent and repeatable measurements. They have a high readability, meaning they can display measurements with fine increments.

6. Environmental Controls: Many precision balances are equipped with features to minimize the effects of environmental factors like temperature fluctuations, air currents, and vibrations. Some come with draft shields to protect the sample from air currents and dust.

7. Digital Display: Most modern precision balances have digital displays that provide clear readings. Some advanced models can connect to computers or printers for data recording and analysis.

• Laboratories: For accurate measurement of chemicals, compounds, and samples.
• Pharmaceuticals: In the formulation of drugs and research where precise dosages are crucial.
• Food Industry: To ensure accurate ingredient measurements in recipes and quality control.
• Manufacturing: For quality assurance and to measure components with high precision.

When selecting a precision balance, consider factors such as the required measurement range, readability, and environmental conditions of the work area.

A precision balance, also known as a high-precision or analytical balance, is an instrument used to measure mass with a high degree of accuracy and sensitivity. These balances are essential in laboratories, research facilities, and industrial settings where precise measurement is crucial.

1. High Resolution: Precision balances can measure very small changes in mass, often down to milligrams (mg) or micrograms (µg), depending on the model.

2. Accuracy: They provide highly accurate measurements, often with a readability that exceeds standard laboratory balances. The accuracy is usually specified by the manufacturer and is often stated in terms of the smallest unit of measurement the balance can reliably determine.

3. Calibration: Precision balances typically have internal or external calibration mechanisms to ensure accuracy. Some models allow for automatic calibration, while others require manual calibration with standard weights.

4. Weighing Pan: The weighing pan is designed to hold the sample being measured. It is usually made from materials like stainless steel to resist corrosion and contamination.

5. Readability and Repeatability: Precision balances provide consistent and repeatable measurements. They have a high readability, meaning they can display measurements with fine increments.

6. Environmental Controls: Many precision balances are equipped with features to minimize the effects of environmental factors like temperature fluctuations, air currents, and vibrations. Some come with draft shields to protect the sample from air currents and dust.

7. Digital Display: Most modern precision balances have digital displays that provide clear readings. Some advanced models can connect to computers or printers for data recording and analysis.

• Laboratories: For accurate measurement of chemicals, compounds, and samples.
• Pharmaceuticals: In the formulation of drugs and research where precise dosages are crucial.
• Food Industry: To ensure accurate ingredient measurements in recipes and quality control.
• Manufacturing: For quality assurance and to measure components with high precision.

When selecting a precision balance, consider factors such as the required measurement range, readability, and environmental conditions of the work area.

• Halogen Light heating.
• Curve ( Graph ).
• Temperature and time can be set.
• The percentage of moisture content.
• The percentage of dry residual.
• Touch screen.
• Store historical setting .
• loadcell sensor .

	Auto Calibration with External Weight
	Easy to read LCD Display with backlight
	Multifunction Weighing Units
	Auto Zero tracking, Low Battery Indicator
	Overload Protection Design
	S.S. Weighing Pan, Level indicator , Adjustable Fit
	Resolution, Quick Weighing, Accurate Result
	RS232C Interface
	In built rechargeable battery for continues use

Features:

• Moisture ratio measurements are indispensable for quality control and as checks of raw materials in a variety of industries including food products, chemistry, and pharmaceuticals
• The MOC63u electronic moisture analyser is capable of accurate, quick and easy moisture ratio measurements
• Just place the sample in the sample pan and close the cover to start the measurement
• This instrument can accommodate virtually any sample, and will contribute to enhanced user productivity.

Halogen Heater: 

• Long-life and high power halogen heater provides quick and accurate measurement. The temperature can be changed from 50 degrees to 200 degree Celsius.
• You can check sample status from window while measurement.

Data management and easy operation

• A built-in USB port is equipped as standard.
• The measure results can be transferred by USB cable

Various measurement modes:

• A total of five modes makes this balance compatible with a variety of sample measurements.
• Ending modes: Automatic ending mode
• Automatically ends measurement when moisture loss over the previous 30 seconds becomes smaller than specified percentage.
• Large pan size: 95mm dia

MOC63u has large pwn. (95mm diameter)

• It can provide quick and accurate measurement to spread sample in thin layer on the pan.

Built-in USB port

• The measure results can be transferred by USB cable.
• If connect with PC by USB, needs USB driver.

An analytical balance is a highly sensitive laboratory instrument designed to accurately measure mass with high precision. These balances are commonly used in scientific research, chemistry labs, and industries where precise measurements of mass are crucial. Here are some key features of an analytical balance:

• Analytical balances can measure mass with a high degree of accuracy, often up to 0.0001 grams (0.1 milligrams) or even more precise.

• To protect the sensitive weighing mechanism from environmental factors like air currents, analytical balances are often equipped with a draft shield or enclosed chamber.

• These balances often require regular calibration using certified weights to ensure accurate readings.

• The tare function allows the user to subtract the mass of the container from the total mass, providing the net mass of the substance being measured.

• Commonly used in pharmaceutical research, material testing, chemical analysis, and quality control processes.

Would you like more detailed information on its usage, calibration, or troubleshooting?

An analytical balance is a highly sensitive laboratory instrument designed to accurately measure mass with high precision. These balances are commonly used in scientific research, chemistry labs, and industries where precise measurements of mass are crucial. Here are some key features of an analytical balance:

• Analytical balances can measure mass with a high degree of accuracy, often up to 0.0001 grams (0.1 milligrams) or even more precise.

• To protect the sensitive weighing mechanism from environmental factors like air currents, analytical balances are often equipped with a draft shield or enclosed chamber.

• These balances often require regular calibration using certified weights to ensure accurate readings.

• The tare function allows the user to subtract the mass of the container from the total mass, providing the net mass of the substance being measured.

• Commonly used in pharmaceutical research, material testing, chemical analysis, and quality control processes.

Would you like more detailed information on its usage, calibration, or troubleshooting?

A moisture analyzer is a device used to measure the moisture content in a sample. This is particularly useful in various industries like food production, pharmaceuticals, agriculture, and manufacturing, where the moisture level can significantly affect the quality and stability of the product.

There are several types of moisture analyzers, including:

1. Gravimetric Moisture Analyzers: These measure moisture content by weighing the sample before and after drying it. The difference in weight gives the moisture content. A common method used here is the loss-on-drying (LOD) technique.

2. Infrared Moisture Analyzers: These use infrared radiation to heat the sample. The amount of energy absorbed by the sample is proportional to its moisture content. These analyzers are often used for quick and efficient moisture determination.

3. Microwave Moisture Analyzers: These use microwave radiation to heat the sample. The amount of microwave energy absorbed and the resulting heat are used to determine moisture content.

4. Karl Fischer Titrators: This chemical method involves reacting the water in a sample with a reagent to produce a measurable change. This is a highly precise method, suitable for very low moisture content levels.

Each type has its own advantages and is chosen based on the specific requirements of the application, such as the precision needed, the nature of the sample, and the speed of analysis.

• Electro magnetic force compensation
• Touch screen display
• Percentage weighing
• Multiple weighing Units
• Density Determination  function
• RS232C interface
• Counting weighing mode
• Under hook weighing
• Calibration with internal weight
• Time
• Date

• Linearity: 0.4 mg.
• Verification Scale Intervals: 1 mg.
• Calibration: Motorized Internal Calibration.
• Tare Range: Full & Unit: g, mg, ct, oz.
• Baud Rate Options: 1200, 2400, 4800, 9600

A precision balance is a type of scale used for highly accurate measurements of mass. Unlike standard kitchen scales or bathroom scales, which are designed for more general purposes, precision balances are engineered to provide measurements with a high degree of accuracy and sensitivity. They are commonly used in laboratories, manufacturing, and other fields where precise measurement is crucial.

Here are some key features of precision balances:

1. High Resolution: Precision balances can measure very small increments, often down to 0.001 grams or even smaller, depending on the model.

2. Calibration: They usually require regular calibration to ensure accuracy. Many modern precision balances have internal calibration mechanisms, but external calibration weights are also used.

3. Stable Environment: For accurate readings, precision balances often need to be used in controlled environments, free from vibrations, drafts, and temperature fluctuations.

4. Digital Display: Most precision balances come with a digital display that shows the weight measurement clearly and often includes features for tare (zeroing out the weight of containers), unit conversion, and more.

5. Capacity: They come in various capacities, ranging from small capacities suitable for laboratory use to larger ones for industrial applications.

Would you like to know more about how they work, their specific applications, or anything else?

Moisture analyser’s with large 5’’ color touchscreen display that gives a user-friendly access to all the moisture analyser’s advanced applications and internal databases.

The user has easy and intuitive access with fast programming of drying cycles, thanks to icon-driven menus.

This means more efficiency, productivity and interactivity. A double case structure protects the heart of the balance: an aluminium inner case and a composite plastic external case.

The many on-board functions already included, the possibility of calibrating the internal thermometer using the optional KIT (STCi-02), up to 6 operating languages, the large 5’’ inch display and the RS232 serial output close the circle of a complete product, reliable and truly convenient. The models in the family allow to reach up to 0,001% drying resolution.

Technical Features

Experience unmatched precision and performance with our Semi-Micro / Analytical Balance the gold standard in high-accuracy weighing for modern laboratories.

Engineered for excellence, this balance delivers ultra-fine readability down to 0.01 mg (0.00001 g), ensuring reliable results for even the most sensitive measurements. Whether you're in pharmaceuticals, chemicals, environmental testing, or academic research, this balance offers the accuracy, stability, and durability you need.

·         High Readability: 0.01 mg (Semi-Micro) / 0.1 mg (Analytical)

·         Advanced Weighing Technology: Ensures fast, stable, and repeatable results.

·         Draft Shield: Minimizes air current interference for precision weighing.

·         Touchscreen Interface: User-friendly navigation with intuitive operation.

·         Auto Calibration: Internal motorized calibration maintains peak accuracy.

·         Data Connectivity: USB/RS232 for seamless integration with lab systems.

·         Compact & Durable Design: Saves space without compromising reliability.

·         Micro-sample analysis

·         Formulation development

·         QA/QC laboratories

·         Research and development

·         Academic and industrial applications

Analytical Balance

• Readability: 0.1 mg (0.0001 g)
• Capacity: Typically 100–300 g
• Use: Common in labs for standard analytical work requiring high precision.
• Features:
  • Draft shield to prevent air currents.
  • Internal or external calibration.
  • Leveling feet and bubble level for proper setup.

 2. Semi-Micro Balance

• Readability: 0.01 mg (0.00001 g)
• Capacity: Usually lower than analytical balances (e.g., 20–100 g).
• Use: For highly sensitive measurements, such as in pharmaceutical, chemical, or environmental analysis.
• Features:
  • Even better shielding and environmental controls.
  • Often more sensitive to vibrations, air movement, and temperature.