3Shape TRIOS Intraoral Scanner, Color : White

Brand   - 3Shape

Connectivity - wireless

Pieces Pack -1

Operation mode - electricity

 Take advantage of the award-winning TRIOS intraoral scanner to enhance patient experience, reduce chair-time, and unlock new treatment opportunities. Unlike many other solutions, TRIOS gives you continuous software updates, and optional dental treatment modules to ensure that your practice stays ahead as your business grows stronger.

Portable, Lightweight Pod Handheld 3D Scanner with ultrafast Optical Sectioning Technology for Intraoral Scanning in Colors, Capable of Measuring shades of teeth & adding HD photos to the 3D Model.

With 3Shape TRIOS, you can enhance patient experience, reduce chair-time and unlock many new treatment opportunities.

Unlike many other solutions, TRIOS gives you continuous software  updates, and optional dental treatment modules to ensure that your  practice stays ahead as your business grows stronger.

5 reasons to take impressions Digitally

Improve patient experience and patient comfort

Save time and see more patients

Save costs on impression materials and shipping

Get digital accuracy and omit manual errors

Enjoy easy impression taking and eliminate retake

Features:

Fast and comfortable

TRIOS makes scanning fast and easy for dentists and assistants ensuring optimal comfort for patients and reduced chair time. Patients strongly prefer intra-oral 3D scans to conventional dental impressions.

Documented high accuracy

Ensure optimal treatment results and fit for your patients. 3Shape TRIOS delivers high accuracy on single units, quads as well as full arch, as documented by several comparative university studies.

RealColor Scans

Create high quality digital impressions in lifelike colors to evaluate treatment and improve patient dialogue.

Built-in digital tools

Shade measurement for digital reliability, HD photos to enhance details, and an intraoral camera so you don’t need one on the side. TRIOS shade measurement was found to be more reliable than the human eye in a recent joint university study.