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ACZET (THAILAND) CO., LTD.

The CY Series Analytical Weighing Balances offer 0.1 mg readability, providing high repeatability and accuracy for sub-milligram measurement. Equipped with GLP/GMP-compliant data management functions, they support reliable weighing operations.

The CY Series Analytical Weighing Balances are high-precision instruments designed for accurate sub-milligram mass measurements. With a readability of up to 0.1 mg, they ensure precise measurements of even very fine samples. A large, standard-equipped draft shield prevents measurement errors caused by air flow, ensuring highly repeatable results. The internal calibration function automatically adapts to environmental changes, maintaining consistent accuracy. CY Series balances also support data output formats compliant with GLP/GMP guidelines, making them a reliable solution for environments that require strict quality control.

Features
High-Precision Measurement: Readability of 0.1 mg supports precise sub-milligram mass measurements.
Large Draft Shield: Eliminates external effects caused by air flow, improving the repeatability of results.
Wide Weighing Pan: Allows stable measurement of larger samples.
Automatic Internal Calibration: Automatically calibrates in response to temperature and environmental changes.
Versatile Applications: Built-in functions such as piece counting, percentage weighing, and check weighing.
GLP/GMP-Compliant Data Management: Formats weighing data and calibration reports according to GLP/GMP guidelines.
Simple Connectivity: RS232 port for easy connection without the need for additional software.

Specifications
Readability: 0.1 mg
Maximum Capacity: Varies by model
Draft Shield: Large shield to maintain measurement accuracy
Internal Calibration: Equipped with automatic calibration function
Data Output Format: GLP/GMP-compliant format
Connection Method: Uses RS232 port, no additional software required

The CY Series Analytical Weighing Balances provide precise sub-milligram measurement and come with GLP/GMP-compliant data management functions, making them a highly reliable measurement tool.