Micro balance AND AD-4212D-32

AD-4212D-32 Ultra-Precision Weighing Sensor 

The AD-4212D-32 is a high-performance microbalance sensor engineered for applications requiring milligram-level accuracy, excellent repeatability, and stable performance over time and temperature fluctuations. Designed with A&D’s advanced weighing technology, this sensor is optimized for use in analytical laboratories, precision manufacturing, micro-dosing, and quality control systems where accuracy and consistency are paramount.

Key Features:

• High Accuracy with 1mg Readability:
  With a weighing capacity of 32g and 0.001g (1mg) readability, the AD-4212D-33 provides precise measurements for small samples, powders, or components.

• Stable and Reliable Performance:

  • Linearity: ±0.02mg

  • Repeatability: 0.002mg²

  • Sensitivity Drift: ±2 ppm/°C (from 10°C to 30°C)
    Maintains measurement integrity even in environments with slight temperature variations.

• Quick Stabilization Time:
  Achieves stable results in approximately 7 seconds (when set to FAST mode), balancing precision and speed in routine weighing workflows.

• Compact and Lightweight:
  With a total weight of just 5.0kg, the sensor is easy to integrate into laboratory systems, robotic arms, or customized analytical instruments.

• Durable Pan for Precision Work:
  Equipped with a Ø34 mm weighing pan, suitable for small-scale weighing tasks requiring high sensitivity and repeatability.

Technical Specifications:

• Model: AD-4212D-32

• Capacity: 32 grams

• Readability: 0.001 gram (1 mg)

• Linearity: ±0.02 milligram

• Repeatability (Standard Deviation): 0.002mg²

• Stabilization Time: Approx. 7 seconds (FAST mode)

• Sensitivity Drift: ±2 ppm/°C (from 10°C to 30°C)

• Weighing Pan Size: Ø34 mm

• Net Weight: 5.0 kg

Ideal For:

• Pharmaceutical and biotech laboratories performing micro-dosing or sample formulation

• Chemical and materials research requiring trace-level measurements

• Quality assurance and control processes in advanced manufacturing

• OEM integration in scientific or analytical instrumentation