Skip to content
SHINING 3D DENTAL LOGO
search button
SHINING 3D DENTAL Logo

e-Motion Worakstation

Smile in Motion

Schedule a Demo

 

Overview

e-Motion Workstation: An all-in-one digital platform that creates a truly dynamic virtual patient across diverse clinical needs.

lQLPJwTbIJvjLl_NCpXNCpWw1Mk5WXztCg8JFguzDdUdAA_2709_2709

Unified Multi-Modal Data Capture

Simultaneously captures intraoral scans, facial data, and mandibular movement in one workstation, seamlessly aligned in a single coordinate system for an efficient and precise workflow.

lQLPJx8HX-jVr1_NCpXNCpWw15fK2dyqeCkJFguctR52AA_2709_2709

Intelligent Virtual Patient Construction

Powered by an advanced software platform that enables CBCT import, segmentation, and comprehensive analysis to rapidly build a dynamic virtual patient for diagnostics and treatment planning.

lQLPJwicdp9gH1_NCpXNCpWwslqkT01s4c0JFguzEJXGAA_2709_2709

Seamless Integration With Design Software

Data can be transferred directly to exocad and other design platforms, enabling closer collaboration between clinics and dental labs for more accurate restorative and occlusal designs.

A powerful Software Platform Integrates Data for Comprehensive Treatment Diagnostic Analysis

 

930356B6-DEEB-4966-84C4-232C22470DB1

Virtual Patient

  • CBCT Model Reconstruction and Segmentation

  • Multi-modal Data Aligned and Analyzed in One Coordinate System

  • The mandibular movement data can be transferred to Exocad software for dental labs to design treatment plans.

面扫网页-17

Data Acquisition

面扫网页-18

Diagnostic Analysis

面扫网页-19

Design

面扫网页-20

Lab Fabrication

Mandibular Movement Trajectory Tracking

The e-Motion easily records the patient's jaw movements, acquires intraoral scan data, and seamlessly integrates both sets of data in the software. This simple protocol enables clinicians to obtain precise occlusal contact dynamic data, aiding in the design of prosthetic restorations and providing patients with long-term stable restorative results.

Mandibular Movement Trajectory Analysis

The e-Motion offers a comprehensive view of condyle and incisal edge motion in different directions, unlocking the power of real-time 3D visualization with integrated CBCT data. By projecting these movements onto standard 2D anatomical planes, it enables precise evaluation of movement coordination, occlusal symmetry, andstability. This supports accurate diagnosis and treatment planning for TMD patients.

Optimal Jaw Relation Determination

Optimal jaw relation determination helps create splints for patients with severe wear. e-Motion's software also supports splint design based on the patient's intraoral scan data, seamlessly integrating with a dental printer for direct in-clinic printing.This not only streamlines the process but also improves the overall dental care experience for your patients.
NOTE: This module is suitable for the patients without TMD(Temporomandibular Disorder)only

Optimal Jaw Relation Determination + IPG

A Precise Workflow for Edentulous Implant Cases

In complex edentulous implant restoration cases, acquiring an accurate jaw relation has traditionally been a challenging and overlooked step. Now, the e-Motion bridges this gap in the digital restoration process. In addition, with Elite’s IPG technology, this revolutionary workflow results in improved occlusion and guarantees passive fitting for dentures.

面扫网页-06

Treatment Plan：

Upper Jaw: Transitional Denture

Lower Jaw: Immediate Loading

Standard post-operative intraoral scan, along with an IPG scan of the lower jaw, to confirm the relative positioning of the implants. Recording of mandibular trajectories to confirm optimal jaw relationship.

 

面扫网页-07
面扫网页-08

Through the design and printing of provisionals, the patient quickly receives aesthetically pleasing and comfortable provisional dentures.

  • 网站口扫3+F1屏幕

    The e-Motion solution optimizes complex protocols, significantly enhancing efficiency in challenging cases like edentulous implants. With the ability to include CBCT for planning and e-Motion for precise jaw relationship assessment and implant positioning, Shining 3D’s advanced technology enables clinicians to achieve exceptional accuracy in denture and prosthetic fabrication. This seamless integration improves patient comfort, enhances treatment predictability, and extends the longevity of restorative outcomes. 

    Dr. Isaac Tawil,

    DDS MS, United States

Flexible Configurations and Modular Options to Meet Diverse Clinical Needs

pen_1
pen_2
pen_3
pen_4

 

e-Motion Workstation PC Configuration

  • Type AIOCart V3
  • Model AOSCart 3
  • CPU i7-12700
  • RAM 32GB, 4800MHz
  • Graphic Card (GPU) NVIDIA RTX A2000, GDDR6, 12GB
  • Operating System Windows 10 Professional
  • Display Resolution 23.8″, 1920×1080
  • Dimensions (without stand) (H × W × D): 320.98mm × 538.80mm × 54.10mm
Download Brochure

 

Frequently Asked Questions

  • Which type of intraoral scanner can be compatible with E-motion system?

    Currently there are 5 types of SHlNING 3D intraoral scaner that can be fitted propery with the cart, which is a par of E-motion system,they are Aoralscan Elf, AoralscanElite Wireless, Aoralscan Elite, Aoralscan 3 Wireless and Aoralscan 3.

     

  • How to capture jaw motion for patients with deep overbites?

    For deep overbites, we provide a specialized motion tracker to ensure accurate data capture. Patients with normal overbites can use adhesive markers directly on teeth.

  • Is the jaw motion modules compatible with third-party software?

    Yes. Trajectory files and adjusted jaw relations can be exported to exocad for further design.

  • What types of jaw motion trackers do you offer, and are they reusable?

    We offer two type - Cement Retention and Screw Retention. The metal tracker body is reusable for up to 100 sterilization cycles, and the geometric featured shell for up to 50 cycles. They are not single-use.

  • What is the required FOV of the CBCT for jaw motion?

    The ideal FOV for CBCT is 15 × 12 cm, and the minimum FOV reguired for CBCT is 14 × 9 cm. In a CBCT machine with this type of FOV, sometimes the lowest part of the chin will not be included, as we need to ensure that the condyle position is captured.