Heron™ IOS Color Scanner
Heron™ IOS is a new intraoral color scanner designed together with dentists to ensure a perfect fit into the modern dental practice. It is characterized by an exclusive ergonomic design and by being one of the lightest color scanners available.
It boasts the most sought-after features for restorative dentistry at a very attractive price. The system has true open architecture integration and the digital impressions to any open dental CAD system on the lab side. The Heron™ IOS Color Scanner is designed and manufactured in the United States.
The smallest and most compact IOS
The scanner is the smallest and most compact IOS on the market that delivers a powder-free, full-color scan. The Heron utilizes a unique and proprietary technology that is designed to optimize the speed, accuracy and precision of the unit.
The hand-held Scanner
The Heron™ IOS scanner is designed with ergonomics in mind and features a slim, lightweight handpiece with optimal grip design and a rotating tip. It also offers premium features such as color capture and a built-in heater to prevent fogging. With this intraoral scanner for taking digital impressions, 3DISC provides a solution that supports the most common types of restorations in dentistry.
Highlights - Heron™ IOS Color Scanner
- Autoclavable Tip - 3 tips included, biocompatible
- 360° rotating tip - For optimal scanning angle
- HD Image Capture and Color Scanning - 24 bit. No powder or spray required
- Heating Element - Prevents formation of fog on the optics
- Lightweight - Weighs only 150 grams/5.3 ounces. Ensures strain-free use in any scenario
- Truly Ergonomic Design - Best possible grip and flexibility in daily use
Dimensions Scanner: L 256 mm, W 43 mm, H 43 mm
Acquisition Method: Active stereo imaging
Color Scanning: 24-bit (8-bits per channel)
Power Cord: 1.8 meters
Tooth Preparation: No powder or spray required
Scanning Principle: Continuously scans and accumulates (stitching) depth and color data
Distance Scanner-Tooth: 0-12 mm
Capture Time: < 3 minutes per arch