A&D Weighing GX-203AWP Apollo Precision Balance with IP65 Ingress Protection & Internal Calibration, 220g x 0.001g

Yes. The GX-203AWP features an IP65-rated design, making it suitable for environments where dust, moisture, wet samples, or routine cleaning may be concerns. This added protection makes the balance useful in laboratories, production areas, and other demanding workplaces where a conventional precision balance may be less suitable. IP65 does not mean the balance is designed to be submerged in water. A&D specifically identifies the GX-203AWP as IP65 compliant.

The GX-203AWP provides a 220 g maximum capacity with 0.001 g (1 mg) readability, allowing users to detect very small changes in sample weight. A&D specifies 0.001 g repeatability and ±0.002 g linearity, making it suitable for formulation, sample preparation, quality control, laboratory testing, production, and other applications requiring milligram-level precision.

Yes. The GX-203AWP belongs to A&D's GX-AWP internally calibrated series. Its built-in calibration system allows sensitivity adjustment without requiring the user to manually place an external calibration weight on the pan for routine adjustment. This is particularly convenient for laboratories and quality-controlled environments where consistent weighing performance and regular calibration are important.

The GX-203AWP is designed to combine 1 mg precision with fast response. A&D specifies approximately 1-second stabilization in FAST mode, with approximately 0.8-second stabilization for a 5 g load under suitable environmental conditions. This quick response can help improve productivity when operators perform repeated precision measurements throughout the day.

The GX-203AWP uses a 128 × 128 mm SUS316 stainless-steel weighing pan. SUS316 provides good corrosion resistance, which is valuable when working around moisture or in demanding laboratory and production environments. Combined with the balance's IP65 construction, this makes the GX-203AWP particularly attractive for applications where both milligram precision and environmental durability are important.