Ohaus Accessories Grid Pan EX Semi Micro

Ohaus Accessories Grid Pan EX Semi Micro

The Ohaus Accessories Grid Pan EX Semi Micro is a precision accessory designed to improve weighing performance for Ohaus EX Semi Micro balances. Featuring an open grid design, it reduces air resistance and minimizes surface contact, resulting in faster stabilization and highly accurate results. Built from durable stainless steel, it is ideal for laboratories handling delicate, lightweight, or static-sensitive samples.

Features

• Grid design promotes optimized airflow to minimize disturbances inside the draft shield.

• Provides faster stabilization, ensuring more efficient weighing processes.

• Supports accurate placement of small or delicate samples.

• Reduces surface tension effects that can interfere with micro and semi-micro measurements.

• Constructed from high-quality stainless steel for long-term durability.

• Corrosion-resistant and easy to clean, ensuring reliable daily use.

Applications

• Suitable for microanalysis and semi-micro weighing tasks.

• Widely used in pharmaceutical laboratories requiring high precision.

• Applied in chemical labs for analyzing fine or sensitive materials.

• Supports material science applications with lightweight samples.

• Essential for research laboratories conducting precision studies.

• Useful in academic environments for teaching micro-weighing techniques.

Specifications

• Product Type: Grid Pan accessory.

• Compatibility: Specifically designed for Ohaus EX Semi Micro balances.

• Material: High-quality stainless steel.

• Function: Reduces airflow effects and surface contact for precise weighing.

• Design: Open-grid structure for enhanced airflow and faster stabilization.

• Durability: Corrosion-resistant construction suitable for long-term laboratory use.

Conclusion

It is a valuable accessory for laboratories requiring stable and accurate results in micro and semi-micro weighing. With its durable stainless steel construction and airflow-optimized design, it ensures precision, efficiency, and reliability in sensitive weighing applications.