Frequently Asked Questions

With GLiFT garments, does shifting the apron’s weight to the pelvic rim increase strain on the hips, knees, or ankles?

Not at all. GLiFT is intentionally engineered to offload weight from the shoulders and spine, distributing it through the body’s strongest structural point—the pelvic rim. By aligning with natural load-bearing mechanics, GLiFT reduces overall musculoskeletal strain without increasing pressure on the hips, knees, or ankles.

Can GLiFT endoskeleton be paired with a customer’s current lead apron systems?

Our lead systems are specifically designed to integrate with the GLiFT structure to ensure maximum comfort.

What is the material of the GLiFT endoskeleton?

The endoskeleton is constructed from billet aluminum and thermoformed plastic, both of which work together to support the spine’s natural curvature

When x-raying the apron, should the GLiFT endoskeleton be removed?

Yes. The endoskeleton should be removed when x-raying the garment.

What sizes are available in GLiFT and Salus garments?

We offer a range of custom-fit solutions designed to meet the specific needs of each customer. For select garments, we also provide standard sizing options—from Small through Extra Large.

What is the average cost per system?

Pricing can vary depending on your specific needs, configuration, and customization requirements required. For the most accurate and tailored information, we recommend reaching out to our sales team directly—they’ll be happy to walk you through options and provide a personalized quote.

What core materials are used in GLiFT and Salus garments?

GLiFT garments are built using industry-leading core materials, available in both lightweight lead and non-lead options to meet the diverse needs of today’s clinicians.

• Lightweight Lead: Our proprietary lead blend reduces up to 25% of the weight compared to traditional lead, without compromising on protection. This is ideal for those who prefer the familiarity and performance of lead with a lighter load.

• Non-Lead (Bi-Layer): Our non-lead core combines antimony and bismuth in a bi-layer matrix. This advanced construction provides excellent attenuation across a broad energy spectrum and offers one of the lightest profiles on the market.

What are the attenuation levels for the core materials used in GLiFT and Salus garments?

Attenuation Levels

Are there preferred weight lead equivalencies by state?

We advise that you consult your local state-specific regulations / guidelines and / or affiliated health system to understand the exact requirements.

Are there any recommended cleaning instructions for GLIFT and SALUS garments?

Aprons should be cleaned with soap and water; disinfected with isopropyl alcohol. Never immerse the garments / systems in fluid.

Do you offer storage solutions?

Systems should be stored correctly using hangers and racks specifically designed for this purpose. Improper or careless folding, as well as creasing of aprons, can damage the internal layers, leading to cracks, holes, or other issues. Currently, we do not offer storage solutions.

What is the best way for me or my health system to place an order for GLiFT and Salus Scientific garments?

Our team of Clinical Specialists are ready to assist you with setting up a agreement to ensure the ordering process is streamlined for you and your health system / practice. We accept Net 30 terms and / or credit card payment.

What’s the best way to schedule a production evaluation for Salus Scientific products?

Where are Salus Scientific products manufactured?

The GLiFT Pro and all Salus products are manufactured and assembled in Charleston, SC, USA.