Tupel 3D

The Tupel 3D implant scanner measures implant positions by using marker posts and a camera system. The output is an .STL CAD file of the implant positions that can be used as the basis for your next design step.

Get in touch for more infomation on 0117 977 3593

£18,000.00

SUPREMELY ACCURATE DENTAL IMPLANT SCANNERS

What is Photogrammetry:

 

Photogrammetry is the technology used to obtain information about objects through recording, measuring and interpreting photographic images. Capturing multiple photographs from different angles, software is then used to create a 3D model.

The Tupel 3D scanner is highly accurate, fast, and non-invasive with a user-friendly interface. Click here to see a more detailed description and specification of this perfectly priced scanner.

We are digital dental experts providing the industry with high-quality products and digital services since 2006.

For more information about this product please get in touch.

Specifications

Accuracy
Positional Accuracy*: ± 9 μm
Positional Repeatability*: ± 6 μm
Angular Repeatability*: ± 0.034°
(1/30th of a degree)
Operating temperature: 23⁰C ± 5 ⁰C
Operational in ambient lighting up to 5000 lux
Build Materials Henkel, BASF, and Keystone combined with special in-house resins
Scan Time (typical)
Calibration: 1 min 30 sec typical
Scan time: 20 sec typical (but depends on the
number of posts and CPU cores)
Angular Repeatability*: ± 0.034°
(1/30th of a degree)
Operating temperature: 23⁰C ± 5 ⁰C
Operational in ambient lighting up to 5000 lux
Build Materials Henkel, BASF, and Keystone combined with special in-house resins
Hardware Features
Cameras: 2 x 2MP global shutter
Battery Life: Up to 25 scans / 2.5 hours of
standby
Charge Time: 2.5 hours
Battery Type: Lithium ion
Dimensions (l w h): 14.2 x 11.8 x 9.7 cm
(approx. 6” x5” x 4”)
Weight (scanner only): 650g
Storage temperature: 5 ⁰C to 40 ⁰C
(10⁰C to 25⁰C for optimum battery longevity)
Software Functions
  • Auto calibration
  • Real-time scanning feedback
  • Able to scan 6 posts per scan
  • Auto merge can combine up to 10 posts per jaw
  • STL and coordinate export
  • Iterative Noise Reduction for enhanced accuracy.
PC Requirements
  • Windows 10 & 11
  • RAM: 16 GB recommended, 8 GB minimum
  • CPU: >8 cores recommended, 4 cores minimum.
Connectivity and Power Supply
  • USB 2.0, USB 3.0, or Wi-Fi Data Transfer
  • Input Voltage: AC 110V – 240V, 50/60 Hz, converted to 5V 4A
  • PSU supplied with a UK, EU, US, or AU plug type, depending on your location
  • Power Consumption: 15W typical.

Posts and Scan Bodies

  • 6 Dot posts are supplied with each scanner
  • To fit Multi Unit Abutments – generally speaking the shape of the MUA and the retaining screw are universal and the majority of implant companies follow this design. They are compatible with Nobel BioCare and many more, (please contact us for further information)
  • They are autoclavable and reusable
  • If lost or damaged they can be individually replaced, keeping your costs low

Posts

  • Size: 7mm diameter, 13.6mm height, M1.4 thread

Scan bodies

  • Exocad libraries freely downloadable