Dentistry’s best hands-free suction solution.

Ivory ReLeaf is an innovative, hands-free HVE suction device that conveniently connects to existing dental vacuum systems. ReLeaf assists with evacuation, retraction and maintaining a dry field during various dental and hygiene procedures.

MINIMIZES AEROSOLS AND AIRBORNE CONTAMINANTS
As recommended by the ADA and CDC, aerosol contaminants and splatter should be minimized by the use of a high-volume evacuator. The use of an HVE has been shown to reduce contamination arising from the operative site by more than 90%*.

Patient: Hands-free Comfort and Control

Custom, blend latex and BPA free polymer enables leaf to be soft and comfortable
Patient easily controls fluid buildup and removal, minimizing risk of choking and gagging
Allows for effortless movement and communication without affecting suction

Practitioner: Ergonomic Efficiency for a Wide Range of Procedures

Maintain effective suction and dry field during wide array of dental and hygiene procedures
Work in all 4 quadrants with ergonomic comfort and full view of oral cavity - without need to move around
Improves clinical outcomes with greater focus on the details that matter

Practice: Time Savings and Practice Productivity

Up to 15 minutes of time savings per patient translating into hundreds of dollars in production throughout the day
Frees staff capacity allowing more time to be devoted to other aspects of dental treatment
Significantly more cost-effective than most conventional suction solutions

Ivory ReLeaf Minis

The ultimate hands-free HVE solution for smaller arches, ensuring that every hygiene and dental appointment has simple comfort and control that puts patients at ease and allows clinicians to work in a dry field.
Soft, comfortable and still provide 280 degrees of suction
25% smaller size works with your existing ReLeaf hose and connectors
Great for Pediatric patients, Elderly patients, TMJ patients, Special Needs patients and Patients with smaller arches

* Journal of the American Dental Association. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7093851

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