Renishaw DS-10 Touch Probe Scanner
SKU: A-5351-0001

Exceptional contact scanning accuracy in a compact, lightweight package.
The DS-10 is an exceptionally accurate scanning product that uses touch probe technology. The DS-10™ contact probes are capable of accurately capturing positional data as well as angulations, which is especially important for multi-unit implant work and difficult for optical systems to master. For years, this proven scanning method has been used in large implant companies to fabricate multiple implant screw-retained restorations. The DS-10 is an ideal supplemental scanner to the FREEDOM HD. Using the FREEDOM for fast scanning of models, soft tissue, denture setup, etc., the Renishaw DS-10 scanner can be used to scan the implant locations with precision titanium scan bodies.
Features
The DS-10 is an exceptionally accurate scanning product that uses touch probe technology. The DS-10™ contact probes are capable of accurately capturing positional data as well as angulations, which is especially important for multi-unit implant work and difficult for optical systems to master. For years, this proven scanning method has been used in large implant companies to fabricate multiple implant screw-retained restorations. The DS-10 is an ideal supplemental scanner to the FREEDOM HD. Using the FREEDOM for fast scanning of models, soft tissue, denture setup, etc., the Renishaw DS-10 scanner can be used to scan the implant locations with precision titanium scan bodies.
Features
- Full bridge scanning
- Abutment scanning pins
- Implant bridge position measurement
Specifications
- Weight: 55.2 lbs
- Dimensions: 300 mm (W) x 400 mm (D) x 550 mm (H)
- Voltage for power supply (ac-to-dc adaptor): 100 V - 240 V ac
- Frequency range: 50 Hz - 60 Hz
- Voltage for scanning machine: 18 V dc
Complimentary CAD/CAM Process Evaluation
Imagine is excited to offer complimentary CAD/CAM Process Evaluations to help your business recognize areas where your digital workflow can be improved
- choosing a selection results in a full page refresh