Blickman Mri Safe Instrument Tables

Upgrade your medical facility with the Blickman MRI Safe Instrument Tables, designed to meet the demands of modern MRI suites by combining functionality with safety. Experience peace of mind knowing these tables are crafted from non-ferromagnetic materials, ensuring that they will not interfere with MRI imaging, providing paramount safety for both patients and equipment.

These tables are available in a variety of sizes—from compact 16" models to generous 72" versions—offering flexibility to suit numerous applications and space constraints. The inclusion of smooth-rolling casters means that movement and repositioning within your work area is effortless, allowing healthcare professionals to focus more on patient care and less on logistics. With durable construction that withstands the rigors of frequent use, the Blickman MRI Safe Instrument Tables are an essential component for efficient and safe medical environments.

• Crafted from non-ferromagnetic materials, these tables do not interfere with MRI imaging, ensuring patient and equipment safety.
• Smooth-rolling casters provide easy mobility and repositioning within the medical environment.
• Available in various sizes, they offer flexible solutions to accommodate different needs and space constraints in MRI suites.

• These instrument tables are specifically designed for use in MRI environments to safely transport and organize medical instruments without interfering with MRI scans. They provide ample space and mobility within healthcare settings, facilitating effective medical procedures.

1. Are these tables safe for use in an MRI environment?
Yes, all Blickman MRI Safe Instrument Tables are made from non-ferromagnetic materials and are specifically designed to be safely used in MRI environments.

2. What are the dimensions of the smallest and largest tables available?
The smallest table size is 16"W x 34"H x 20"D, while the largest is 72"W x 34"H x 24"D.

3. Are the casters removable?
The casters are typically fixed to ensure stability, but they provide smooth movement within medical facilities.