3Shape E4

The 3Shape E4 is a high-performance dental lab scanner designed to enhance productivity and precision in digital dentistry workflows. As the flagship model in 3Shape's E Series, the E4 offers advanced features tailored for full-service dental laboratories seeking speed, accuracy, and versatility.

Key Features

• Ultra-Fast Scanning: Complete a full arch scan in just 9 seconds, significantly reducing turnaround times.

• High Accuracy: Achieve an accuracy of 4 microns (ISO 12836), ensuring precise results for complex cases such as implant restorations.

• Quadruple Camera System: Equipped with four 5-megapixel cameras, the E4 captures detailed scans, including the ability to scan dies directly within the model, streamlining the scanning process.

• Color Texture Scanning: Capture scans in full color, aiding in the visualization and differentiation of various materials and structures.

• Die-in-Model Scanning Strategy: Scan dies without removing them from the model, preserving their spatial relationships and enhancing workflow efficiency.

• Impression Scanning: Directly scan impressions, eliminating the need for creating gypsum models and reducing potential errors.

• Auto-Start Functionality: The scanner initiates scanning automatically upon model placement, improving user convenience and reducing manual steps.

Technical Specifications

• Camera Resolution: 4 × 5 MP

• Accuracy: 4 µm (ISO 12836)

• Full Arch Scan Time: 9 seconds

• Full Arch Impression Scan Time: 45 seconds

• Texture: Color

• Scanning Strategy: Die-in-model

Applications

The 3Shape E4 is suitable for a wide range of dental applications, including:

• Crowns and bridges

• Implant abutments

• Orthodontic appliances

• Custom trays and wax-ups

• Post and core restorations

• Articulated antagonist models

Ideal For

Dental laboratories aiming to enhance their digital workflows with a scanner that offers high speed, exceptional accuracy, and versatile scanning capabilities. The E4 is particularly beneficial for labs handling complex cases and seeking to increase throughput without compromising quality.