Ohaus Accessories Column Kit EX-HiCap

Ohaus Accessories Column Kit EX-HiCap

Product Description

The Ohaus Column Kit EX-HiCap is a durable and ergonomic accessory designed specifically for Ohaus Explorer High-Capacity balances. It provides a reliable mounting solution that positions the display or terminal at an optimal height, improving visibility and user comfort during weighing tasks. With its heavy-duty construction, the kit is engineered to handle the larger displays of high-capacity balances, ensuring long-lasting stability in both laboratory and industrial environments. By elevating the display, it not only enhances ergonomics but also contributes to better workspace organization and workflow efficiency.

Key Features

• Ergonomic design elevates the balance display for clear viewing and comfortable operation

• Reduces strain on the eyes and neck during prolonged use

• Heavy-duty construction supports the larger size and weight of EX-HiCap displays

• Provides reliable stability in demanding lab or industrial conditions

• Specifically engineered for Explorer High-Capacity balances for seamless integration

• Quick and easy assembly with all necessary components included

Specifications

• Product type: Column Kit for Explorer High-Capacity balances

• Part number: 30078082

• Unit: 1 kit per package

Applications

• Large-scale industrial weighing stations where raised display positioning improves efficiency

• Laboratory environments requiring clear and unobstructed visibility of weighing results

• Multi-user setups in research, quality control, or production where shared access to readings is essential

Conclusion

The Ohaus Column Kit EX-HiCap is a sturdy and ergonomic solution for mounting the display of Explorer High-Capacity balances. Combining heavy-duty construction with user-focused design, it ensures comfort, stability, and efficiency in professional weighing environments. Ideal for both laboratory and industrial applications, it is the perfect accessory for enhancing the usability and reliability of Ohaus high-capacity balances.