CY10.1.D2.K Precision Balance


The CY10 series precision balance is designed for fast, accurate and repeatable weight determination. It comes with an advanced PUE CY10 terminal, and that means working comfort with a 10-inch high-resolution display with a smooth and intuitive interface.

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The Radwag CY10.1.D2.K Precision Balance is a high-precision laboratory instrument designed for fast, accurate, and repeatable weight determination. With a maximum capacity of 1 kg and a readability of 0.01 g, it ensures precise measurements essential for quality control and research applications. Equipped with the advanced PUE CY10 terminal, featuring a 10-inch high-resolution color touchscreen, it offers an intuitive interface and comprehensive data management capabilities. The CY10.1.D2.K is ideal for applications in research, quality control, and industrial laboratories.

Key Features

  • High Precision Weighing: Offers a maximum capacity of 1 kg with a readability of 0.01 g, suitable for precise measurements.
  • Advanced PUE CY10 Terminal: Features a 10-inch high-resolution color touchscreen for smooth and intuitive operation.
  • Comprehensive Connectivity: Equipped with multiple communication interfaces, including 2×USB-A, USB-C, HDMI, Ethernet, Wi-Fi, and Hotspot, ensuring seamless integration with various devices.
  • Advanced Software Functions: Supports features like statistical data analysis, tare mode with end-product issue capability, and cooperation with RFID tags for accessing personal data and marking specific goods.
  • Labeling Capabilities: Functions as both a precision balance and a labeling scale, compatible with ZEBRA label printers and the Label Editor R02 software, supporting single, bulk, and bulk from bulk labels.
  • Infrared Sensors: Enables touchless operation for tasks like taring and data transmission, enhancing hygiene and convenience.
  • Robust Construction: Built with a durable steel and ABS housing, featuring a manual leveling system and IP 43 protection class, ensuring longevity and reliability in various laboratory environments.
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