Safe Imaging and Smooth Workflow with Drop-On Protect-A-Grid® 2 Encasement

Keep your imaging equipment safe and your workflow smooth with the Drop-On Protect-A-Grid® 2 Encasement. This innovative encasement is engineered to safeguard your grid from unexpected damage, thanks to its robust all-enclosed design. Imagine effortlessly sliding sleek, curved corners beneath patients or standing the encasement upright for cross-table examinations—each movement seamlessly integrated into your routine. Crafted from lightweight aluminum, the drop-on style makes attaching and detaching the image receptor a breeze, ensuring that protection doesn't come at the cost of efficiency or affordability. Enhance your imaging sessions with a device that prioritizes both function and durability, offering peace of mind as you focus on what truly matters—patient care.

Convenience and Versatility in Imaging Procedures

The Drop-On Protect-A-Grid® 2 Encasement is not only designed to protect your grid, but also to provide convenience and ease during imaging procedures. Its lightweight aluminum material allows for easy attachment and detachment of the image receptor, making it a versatile choice for various types of examinations. Additionally, the sleek and curved corners make it effortless to maneuver beneath patients or stand upright for cross-table exams.

Product Advantages:

Effortless Application: Snap on and off with ease, eliminating the need for cumbersome locks and saving you time.
Durable and Clean: Handcrafted from premium aluminum with a smooth, non-porous surface that is easy to clean and maintain.
Patient Safety First: Features elegantly curved corners to ensure patient safety during use.
Universal Compatibility: Adaptable to any ANSI standard cassette size image receptor, offering flexibility across various settings.

Elevate Efficiency and Safety with Drop-On Protect-A-Grid® 2 Encasement

Elevate your practice's efficiency and safety standards with the Drop-On Protect-A-Grid® 2 Encasement—where superior design meets seamless functionality.