TrippNT MRI Narrow Locking Cart for MRI-Compatible Mobile Storage and Supply Organization

The TrippNT MRI Narrow Locking Cart is specifically designed for use in magnetically sensitive environments, such as MRI suites and diagnostic imaging centers, ensuring safe and effective mobile storage without magnetic interference. Constructed from non-ferrous, corrosion-resistant high-density polyethylene (HDPE) and ABS materials, it prevents any disruption to magnetic resonance imaging while offering durable and hygienic storage solutions.

Key technical features include:

• Non-metallic components: Utilizes non-ferrous casters, screws, and a rigid HDPE frame for MRI compatibility.
• Locking roll-top (tambour) door: Provides secure closure and space-saving operation as the door rolls up and disappears into the cart, enhancing workflow efficiency.
• Mobility and stability: Equipped with 2 locking casters and 2 swivel casters for ease of movement and secure positioning in clinical, radiology, and research settings.
• Storage capacity: Features 6 removable pocket trays facilitating organized storage and quick access to essential supplies, suitable for biotechnological workflows requiring contamination-safe environments.
• Ergonomic design: Smooth finish with no rough or sharp edges improves safety and ease of cleaning, making it ideal for sterile environments in molecular diagnostics, biomedical engineering, and biopharmaceutical production pipelines.

This cart is widely adopted in MRI laboratories, clinical diagnostics, radiology departments, biomedical research facilities, and bioprocessing environments, where magnetic field safety and efficient supply management are essential. Its robust construction and specialized design make it critical for supporting gene editing, synthetic biology, and live cell imaging workflows that depend on contamination-free, mobile supply solutions.

Shipped fully assembled from Kansas City, MO, USA, this cart provides an economical and professional-grade option for maintaining equipment and consumables within MRI and sensitive laboratory conditions.