Ohaus AX225D semi-micro balance

OHAUS AX225D Semi-Micro Balance (82 g × 0.01 mg / 220 g × 0.1 mg)

The OHAUS AX225D semi-micro balance from the Adventurer series offers precise and efficient performance for laboratories that require both accuracy and usability. With its dual-range capacity and advanced features, it is the ideal choice for analytical environments, including pharmaceutical, research, and industrial labs.

Key Features

• Dual-Range Weighing: Offers 82 g × 0.01 mg and 220 g × 0.1 mg for high precision across a broad range of sample sizes.

• Automatic Internal Calibration (AutoCal™): Ensures optimal accuracy by performing automatic calibration when environmental changes occur.

• Color Touchscreen Interface: The 4.3” full-color touchscreen provides an intuitive and modern user experience, even when wearing gloves.

• Efficient Draftshield Design: Removable glass draftshield with top-mounted side doors enhances sample access and cleaning ease.

• Robust and Secure: Features include a metal base, ABS top housing, stainless steel pan, and built-in security bracket for stable and safe operation.

• Versatile Connectivity: USB Host, USB Device, and RS232 interfaces enable easy integration with computers and printers.

• GLP/GMP Compliance: Built-in functionality supports traceable record-keeping with time/date and user ID stamp.

Specifications

• Maximum Capacity: 82 g / 220 g

• Readability: 0.01 mg / 0.1 mg

• Repeatability: 0.02 mg / 0.1 mg

• Linearity: ±0.0002 g

• Pan Size: 90 mm

• Calibration: AutoCal™ internal automatic calibration

• Display: 4.3″ VGA color touchscreen

• Stabilization Time: 8 seconds

• Minimum Weight (USP, 0.1% typical): 20 mg

• Tare Range: Full capacity by subtraction

• Dimensions (L × W × H): 393 × 230 × 350 mm

• Net Weight: Approx. 6.9 kg

• Power Supply: AC adapter (included)

• Operating Temperature: 10°C to 30°C, 80% RH (non-condensing)

With its fast stabilization, intuitive operation, and precise dual-range performance, the OHAUS AX225D ensures reliable results for high-demand laboratory workflows.