INDIVIDUAL WEIGHT CLASS Ohaus (80780310)

INDIVIDUAL WEIGHT CLASS Ohaus (80780310)

Product Overview

The INDIVIDUAL WEIGHT CLASS Ohaus (80780310) provides accurate micro-mass calibration for laboratory applications. Therefore, it supports verification of analytical balances and microbalances. Moreover, compliance with OIML Class F1 ensures dependable traceability for daily calibration tasks. In addition, this weight delivers stable reference performance at low mass levels. As a result, laboratories maintain consistent and documented weighing accuracy. Furthermore, the flat design allows easier handling. Consequently, placement on balance pans becomes more precise. Thus, measurement repeatability improves.

Each weight features one-piece construction. Because of this, mass stability increases and long-term drift decreases. Furthermore, Ohaus manufactures this weight from high-quality stainless steel. As a result, the weight maintains consistent density and corrosion resistance. Additionally, it withstands frequent handling without deformation. Moreover, a protective case is included. Therefore, storage and transport remain safe. Ultimately, long-term calibration reliability stays assured.

Features

• Meets OIML Class F1 requirements for micro-mass calibration
• Supports analytical balances and microbalances
• Flat design for easier handling at micro-weight levels
• One-piece construction for stable mass performance
• Manufactured from high-quality 304 stainless steel
• Protective case included for safe storage
• Manufactured in the USA

Specifications

• OIML Class: F1
• Weight Value: 10 mg
• Design: Flat
• Construction: One-piece
• Weight Material: 304 Stainless Steel
• Density at 20°C: 7.95 g/cm³
• Weight Tolerance: 0.025 mg

• Dimensions:
0.22 in × 0.08 in × 0.23 in
(0.56 cm × 0.213 cm × 0.59 cm) (L × H × W)

• Dimensions in Case:
2.5 in × 2 in (6.35 cm × 5.08 cm) (H × Ø)

• Protective Case: Included
• Country of Origin: USA

Applications

Laboratories use this 10 mg Class F1 weight to calibrate analytical balances and microbalances. Moreover, pharmaceutical and research facilities rely on it for low-mass verification. Additionally, quality-control laboratories depend on it for consistent results. Therefore, micro-measurement accuracy remains assured. Consequently, calibration performance stays repeatable. Ultimately, this weight guarantees precise and reliable mass reference.