CAS CBX-SUPER HIGH PRECISION BALANCE

Industrial Precision Balance

A high-precision balance, also known as a precision scale or analytical balance, is a sensitive weighing instrument designed for accurately measuring the mass or weight of objects with a high degree of precision. These balances are commonly used in scientific research, pharmaceutical laboratories, quality control processes, and other applications where precise measurements are crucial. Here are some key features and characteristics of high-precision balances:
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Features

Industrial precision balances are sophisticated weighing instruments designed for accurate and precise measurements in industrial settings. The features of these balances contribute to their reliability and suitability for various applications. Here are common features found in industrial precision balances:

1. High Precision and Accuracy:
   • Capable of providing precise measurements with high accuracy, often with resolutions reaching several decimal places.
2. Multiple Weighing Units:
   • Supports various units of measurement, such as grams, kilograms, ounces, carats, and more, providing flexibility for different applications.
3. Tare Function:
   • Allows the balance to account for the weight of containers or additional items, enabling the user to measure only the net weight of the substance.
4. Calibration and Auto-Calibration:
   • Provides calibration options to ensure accuracy, and some models may have auto-calibration features for regular adjustments.
5. Data Connectivity:
   • Offers connectivity options such as USB, RS-232, or Bluetooth for data transfer to external devices, computers, or printers.
6. Touchscreen or Keypad Interface:
   • Features a user-friendly interface, often with a touchscreen or keypad, for easy navigation and input.
7. GLP/GMP Compliance:
   • Meets Good Laboratory Practice (GLP) or Good Manufacturing Practice (GMP) standards, ensuring traceability and compliance with industry regulations.
8. Built-in Applications:
   • Includes built-in applications for specific weighing tasks, such as checkweighing, percent weighing, dynamic weighing, and formulation.
9. Large Weighing Pans:
   • Offers spacious weighing pans to accommodate larger samples or containers without compromising accuracy.
10. Display:
    • Equipped with a clear and easy-to-read digital display that shows measurement results, unit information, and other relevant data.
11. Internal Calibration Mass:
    • Some models have an internal calibration mass that allows for quick and convenient calibration without the need for external weights.
12. Overload Protection:
    • Incorporates overload protection mechanisms to prevent damage to the balance due to excessive weight.
13. Stability Indicators:
    • Indicates when the balance has stabilized, ensuring that accurate measurements are taken when the system is in equilibrium.
14. User Profiles:
    • Supports multiple user profiles with individual settings and access levels, enhancing security and user-specific preferences.
15. Dust and Contaminant Protection:
    • Designed with features to protect internal components from dust and contaminants, ensuring long-term reliability.
16. Battery Operation:
    • Some models are equipped with rechargeable batteries, allowing for portable use in locations without direct access to power.
17. Anti-Vibration Feet:
    • Features anti-vibration feet to minimize the impact of external vibrations on the accuracy of measurements.
18. Housing Material:
    • Constructed with durable materials, often stainless steel or other resistant alloys, to withstand harsh industrial environments.
19. Adjustable Leveling Feet:
    • Allows users to adjust the balance’s leveling feet to ensure stability on uneven surfaces.
20. Dynamic weighing capabilities:
    • Enables the balance to provide accurate measurements even for moving or unstable samples.

Applications

Industrial precision balances play a crucial role in various industrial applications where accurate weighing and measurement of materials are essential. Here are common applications of industrial precision balances:

1. Laboratories and Research Facilities:
   • Used for precise measurement of chemicals, reagents, and samples in scientific laboratories and research facilities.
   • Essential in pharmaceutical, biotechnology, and environmental research for accurate dosage measurements.
2. Manufacturing and Quality Control:
   • Employed in manufacturing processes for precise weighing of raw materials, components, and finished products.
   • Critical in quality control to ensure consistency and adherence to specifications.
3. Food and Beverage Industry:
   • Used for portion control and recipe formulation in food production.
   • Ensures accurate measurements of ingredients, contributing to product quality.
4. Pharmaceutical Production:
   • Crucial for weighing active pharmaceutical ingredients (APIs) and excipients in pharmaceutical manufacturing.
   • Meets stringent requirements for dosage accuracy in drug formulations.
5. Jewelry Manufacturing:
   • Applied for precise measurement of precious metals and gemstones in the jewelry industry.
   • Ensures accuracy in the creation of jewelry pieces.
6. Aerospace and Defense:
   • Utilized in the aerospace industry for precise measurement of components and materials.
   • Critical for maintaining the accuracy and performance of aerospace equipment.
7. Chemical Industry:
   • Used for precise weighing of chemicals and substances in the production of various chemical products.
   • Ensures accurate formulation and compliance with safety standards.
8. Plastics and Rubber Industry:
   • Applied for measuring and dispensing precise quantities of raw materials in plastic and rubber manufacturing.
   • Contributes to consistency in product quality.
9. Healthcare Facilities:
   • Utilized in hospitals and healthcare settings for weighing medications, compounds, and medical ingredients.
   • Supports accurate compounding and dosing in pharmaceutical compounding.
10. Environmental Testing:
    • Employed in environmental testing laboratories for accurate measurements of environmental samples.
    • Essential for research related to air and water quality, soil analysis, and pollution monitoring.
11. Automotive Manufacturing:
    • Used for precise weighing of components and materials in the automotive industry.
    • Contributes to the production of vehicles with accurate weight distribution.
12. Textile Industry:
    • Applied for measuring and monitoring the weight of textiles and fibers in textile manufacturing.
    • Ensures consistency in the production of textiles.
13. Mining Operations:
    • Used to measure and monitor extracted materials in mining operations.
    • Supports efficient resource management and extraction processes.
14. Renewable Energy Production:
    • Applied in the production of renewable energy sources for precise measurements related to materials and components.
15. Educational Institutions:
    • Used in educational settings such as classrooms and laboratories for teaching purposes and experiments requiring accurate measurements.

Industrial Precision Balance

Specification

MAKE	CAS
MODEL	CBX
(Capacity Accuracy)	22KgX0.1g , 32kgX0.1g
Platform Size	345X250mm
POWER SUPPLY	AC 230V 50 HZ
FUNCTION	WINDOWS DIRECT, SPECIFIC GRAVITY,COUNTING ,HIGH LOW
Display	LCD
OPERATIING TEMP	5 DEG TO 40 DEG CELCIUS