SHINING 3D EinScan-SP V2 and Solid Edge User Manual

SHINING 3D EinScan-SP V2 and Solid Edge

Product Information and Usage Instructions

Specifications

• Product: EinScan SE & SP
• User Manual Version: V3.1.2
• Manufacturer: Shining 3D

Specification and System Requirements

Recommended System Configuration
To ensure optimal performance, it is recommended to use the following system configuration:

• Operating System: Windows 7/8/10 (64-bit)
• Processor: Intel Core i5 or higher
• Memory: 8GB RAM or more
• Graphics Card: NVIDIA GeForce GTX 750 Ti or higher
• USB Port: USB 3.0

Hardware Installation
Follow the steps below to install the hardware:

1. Unbox the EinScan SE & SP scanner.
2. Connect the scanner to your computer using the provided USB cable.
3. Make sure the scanner is securely connected and powered on.
4. Install any required drivers or software for the scanner.

Set Software
To set up the software, follow these steps:

1. Insert the software CD into your computer’s CD/DVD drive.
2. Run the software installation program and follow the on-screen instructions to install the software.
3. Once the installation is complete, launch the software.
4. Configure any necessary settings or preferences in the software.

Calibrate the Scanner

Precautions and Use
Before calibrating the scanner, please take note of the following precautions:

• Ensure that the scanner is placed on a stable surface.
• Avoid exposing the scanner to extreme temperatures or humidity.
• Keep the scanner away from direct sunlight or strong light sources.

Operation
To calibrate the scanner, follow these steps:

1. Launch the software and go to the calibration section.
2. Follow the on-screen instructions to place the calibration target in the correct position.
3. Initiate the calibration process and wait for it to complete.
4. Verify the calibration results and make any necessary adjustments.

Before Scanning

Object
Prior to scanning, prepare the object by:

• Cleaning the object to remove any dust or debris.
• Positioning the object on a stable surface.
• Ensuring that the object is well-lit for optimal scanning results.

Preparation
Before starting the scanning process, make sure to:

• Launch the software and select the appropriate scanning mode.
• Adjust any necessary settings, such as resolution or scanning area.
• Ensure that the scanner is properly connected to the computer.

Scan

Before Scanning
Prior to scanning, perform the following steps:

• Position the scanner in a suitable location for scanning.
• Ensure that the object is within the scanner’s field of view.
• Prepare any additional accessories or attachments required for scanning.

Turntable
If using a turntable for scanning, follow these steps:

1. Place the object on the turntable.
2. Align the object in the desired orientation.
3. Activate the turntable rotation feature in the software.
4. Adjust the rotation speed and direction as needed.

Scan
To perform the scanning process, follow these steps:

1. Select the scan mode and settings in the software.
2. Initiate the scanning process and move the scanner around the object to capture all desired angles.
3. Follow any on-screen prompts or guidelines to ensure complete coverage of the object.
4. Monitor the scanning progress and make adjustments if necessary.

Project Group

The project group feature allows you to organize and manage multiple scans within a single project. Refer to the user manual for detailed instructions on how to create and manage project groups.

Mesh

The mesh section of the software allows you to edit, refine, and manipulate the scanned mesh data. Refer to the user manual for detailed instructions on how to perform mesh editing and refinement.

Export Data

Data Formats

The software supports various data export formats, including:

• STL
• OBJ
• PLY
• ASC

Scale Data
You can scale the exported data to a desired size using the software’s scaling feature. Refer to the user manual for detailed instructions on how to scale the exported data.

Measurement
The software provides measurement tools to measure dimensions and distances within the scanned data. Refer to the user manual for detailed instructions on how to perform measurements using the software.

FAQ (Frequently Asked Questions)

Q: Can I use the EinScan SE & SP scanner with a Mac computer?
A: No, the recommended operating system is Windows 7/8/10 (64-bit).

Q: Is it necessary to calibrate the scanner before every scanning session?
A: It is recommended to calibrate the scanner periodically or whenever there are significant changes in the scanning environment.

Q: Can I scan transparent objects with the EinScan SE & SP scanner?
A: Transparent objects may not yield accurate scan results due to their reflective properties. It is recommended to use additional scanning techniques for such objects.

Q: How long does the scanning process typically take?
A: The scanning time depends on various factors, including the complexity of the object and the selected scanning settings. It is advisable to refer to the software’s progress indicators for an estimate of the scanning time.

Q: Can I merge multiple scans into a single model?
A: Yes, the software allows you to merge multiple scans into a single model using the project group feature.

EinScan SE & SP
User Manual

Specification and System Requirements

Recommended System Configuration

Preparing a suitable computer will improve your scanning experience.

Handheld model
Operating System USB port
Video memory RAM CPU
Screen resolution

EinScan SE V2/SP V2 Recommended Win1064bit
at least one 3.0 port

2G
8 GB i5 or higher 19201080 DPI: 100%; 125% 38402106 DPI: 100%; 200%

RECOMMENDED PC MODEL only for reference

Dell G3 laptops, Core i7-9750H, NVIDIA GeForce RTX 2060 6GB GDDR6, 2x8GB, DDR4, 2666MHz Asus ZenBook Flip, Core i7, Nvidia MX250 with 2Gb memory, solid state hard drive, 16gb ram Lenovo Y520 15IKBM i7-7700hq, 16GB, gtx1060 Acer Predator PH317 i7, GTX1060, 16G RAM MSI ­ GS63VR 7RF stealth pro RAM 32G Alien ALW15M-R2726R ASUS ROG STRIX

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Hardware Installation
Unpack and set up your scanner and software before getting started with scanning.
1.2.1. Set the Scanner
Step 1. Insert calibration board onto the board holder. NOTE: Rotate the calibration board only while calibration.
Step 2-1. Turntable and Scanner installation. 1Screw the bracket into the socket on the stand.

2Place the turntable onto scanner stand.

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3Place the scanner head onto the bracket.

4Place the scanner head at a certain angle of inclination fixed to the bracket.

5Place the scanner head fixed to the bracket.

6Plug USB cable into back of scanner, and turntable.

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7. Plug power cord into outlet and the back of scanner; Plug USB cable into back of scanner and computer USB port; Plug USB cable into back of scanner, and turntable.

1.2.2. Turn on/off the Scanner

Device Model Operation

EinScan SE V2 & EinScan SP V2 Press the power button to turn scanner on. press again, then turn scanner off.

EinScan SE & EinScan SP Hold on the touch switch to turn the scanner on. Double-click on the touch switch to turn the scanner off.

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Graphical Representation

Note:
Do not stare at operating lamp. May be harmful to the eyes. Please keep away from the lamp head, at least 30cm away.
This equipment is not intended for use by children.
2. Set Software

2.1. Download the Software
Step 1: Go to https://www.einscan.com/support/download/. Step 2: Select your scanner model. Step 3: Download the software to your operating computer. Note: You are required to register before downloading.
2.2. Install the Software

Note before installation: Administrator rights are required for the installation of the software only.
1. Double click installation package, accept the modification on your computer. 2. Follow the instructions to complete the software installation.
After the software is installed, a shortcut will be created on your desktop. Double click to open the software.

2.3. Update the Software

When a new version is available, a pop-up will show when you start the software to remind you update your software to the latest version.

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Click Yes to update.
Update Reminder
2.4. Activate the Scanner
Device activation is required in your initial use. There are 2 ways: 1. Online activation is recommended if your computer is connected to the internet. 2. If there is an issue with network connection, choose Local activation to save the .ple license file
on your computer, under the activation menu. (.ple file can be found in the USB drive.) Note: If you fail to activate online, please send a ticket on support.einscan.com. We will help instruct you for local activation.

Online Activation
Click this button to reveal the Local Activation

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Local activation When install Discovery Pack, you need to download the pack license, or import the file with .encode suffix in the USB disk.
Discovery Pack license tool
2.5. Interface and Parameters 2.5.1. Navigate
Discovery mode is only available for EinScan SE & EinScan SP.

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Left mouse: rotate Middle mouse: move the data Scroll up and down: zoom in or out

Interface navigation

Navigate between different menu by click on the circle. Choose different scan modes if Discovery Pack is connected.

Navigation bar
2.5.2. Reconnect the Scanner
When the device is offline, meaning the scanner is not connected to PC, please check the connection and restart the software.

2.5.3. Settings

Device offline or connection loose

Click the settings logo from the upper right to open the drop down menu.
3.5.3.1 User Experience
To help us improve the quality and user experience of EinScan scanners, we hope to be allowed to collect usage experience information. This information will not contain your personal information or scanned data, and will not be accessible to any third party. This checkbox is selected by default, and we strongly recommend you keep it checked. As a reward, the User Experience Enhancement Program will continuously keep you informed with the newest software update information, to assure you get free software updates and enjoy the latest improvements based on your collective feedback. If you close the User Experience Enhancement Program, you might not be informed with software updates automatically.

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3.5.3.2 Factory Default
All settings modifications will go back to the original settings.
3.5.3.3 Language
Select the language for the interface, click apply to change, restarting the software is not needed.
3.5.3.4 About
For version information and support, email einscan_support@shining3d.com.
2.5.4. Help Mode
Open Help Mode
Click the question mark in the upper right bar, and open the help mode from the drop-down menu.
Drop down menu Display the help tool related to the current interface.

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Help window
Teamviewer
It opens S3D_teamviewer.exe, for online customer support access or display to other screen or portable screen. Share your ID and password to allow our technicians to remote control of your computer during online technical support

Share the Your ID and password to allow access
2.5.5. Alerts
A pop-up alert will notify the user of a hardware or configuration issue. Check and restart the software. If the error persists, please contact support by emailing einscan_support@shining3d.com.

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Fail to activate
For activation failure, make sure the scanner is well connected. Redo the activation. Device fails to activate
Incorrect configuration
try another USB port and update your graphics card drivers and restart the software.
Graphics card incompatible
USB not 3.0 If the computer has multiple graphic card, access to the NVIDIA Control Panel (right click on the desktop). In Manage 3D Settings > Program Settings, Add EXScan S software. Then change the preferred graphic processor for this program. Select NVIDIA processor. Click Apply to save the settings.

Multiple graphic card detected

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Change graphic card preferences for EXScan S

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3. Calibrate the Scanner
3.1. Precautions and Use
Calibration is the process to ensure the device will scan with the optimal accuracy and scan quality. Each EinScan 3d scanner was factory-tested and achieved, at least, the listed accuracy from the technical specification according to VDI/VDE 2634 standards.
Besides factory tested guarantee of accuracy, to assure high scanning accuracy, each EinScan is also coming with a calibration board for customer calibration. This customer calibration is not required daily often. Only when the first time after scanner and software are installed. Or, when you are in the following situations, you should calibrate the device:
When the scanner is used for the first time or after long time without using. When there is strong vibration during the transportation. When alignment mistake or failure frequent appear during the scanning. When scanning data is incomplete and quality is much worse during the scanning. Note: 1. Calibrate the Scanner twice a week for accurate scanning. 2. Make sure to protect the calibration board and keep it clean, no scratches or stains on the black surface with white circles. 3. The Calibration board is matched to the Device with same Serial Number. Doing the calibration with an incorrect calibration board will fail to generate good scan data or optimum accuracy. 4. Clean with clear water only, do not use alcohol or chemical liquid to clean the calibration board
3.2. Operation
After installation, when you open the software for the first time, choose device type and it will enter the calibration interface automatically. You can also choose Calibration on the navigation bar to enter calibration process later. If there is no calibration data, click “quit”, the software will prompt “No calibration data, please calibrate”.

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Calibration interface

3.2.1. Camera Calibration
Place calibration panel in different orders for scanner’s comprehensive data collection. By collecting calibration panel data, the Scanner gets cameras’ precise parameters and uses those parameters to implement precise scanning. Step 1: Place calibration panel and its bracket at the turntable center. Face calibration panel to scanning head. Move calibration panel (leftward or rightward, forward or backward) to get the cross located at the calibration panel’s central area (and meanwhile you can see calibration panel’s whole image in the camera windows). Step 2: Click “Capture”. The calibration panel will turn a circle. Do not touch calibration panel.

On-screen instruction during calibration step 1
Step 3: Turn calibration panel 90° counterclockwise as guided in software. Move bracket with panel to the turntable right side (until the calibration board white edge is aligned with the yellow line shown on the image).

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Step 4: Turn calibration panel 90° counterclockwise after step 2 as guided in software. Move bracket with panel to the turntable left side (until the calibration board white edge is aligned with the yellow line shown on the image).
After collecting calibration panel data, the software will calibrate the camera automatically. You will see the result as below. Calibration will take longer or fail if you did not follow all instructions properly. When calibration succeeds, click “Next” to move on to the White Balance as the software indicates.
Camera calibration result If calibration fails, click “Redo calibration” to start the same calibration again from the beginning.

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Calibration failed Click “Next” to perform white balance as the software indicates.
3.2.2. White Balance
To capture an accurate color texture, White Balance calibration should be done every time when the lighting environment is changed. Place a sheet of white paper as shown below on the calibration plate and click “white balance test”.

White Balance calibration interface
To guarantee a good texture, the white paper must be kept clean. If the texture doesn’t give you satisfaction, please optimize the lighting environment and redo White balance.
You will see the result as below. Click “Next” to new a scan project.

White Balance result
Place a white paper at a proper distance(290mm – 480mm), adjust the brightness according to the camera view, click “white balance test” to start.

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After white balance, check the color of object in the camera view is the same as the real object. If not, adjust the brightness again and re-calibrate; If yes, click “Quit” to exit calibration interface.
Note: Only devices with Discovery module have light box.

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Before Scanning

Object
EXScan S can scan objects from (303030)mm³ to (200200200)mm³ with turntable or scan objects from (303030) mm³ to (700700700)mm³ without turntable. We do not recommend scanning: moving or vibrating objects, which cause the shape of object changed during scanning process. Soft material object lattice structures with many small deep holes
During scanning the shape of the object needs to be maintained without any changes. The pure black letters are hard to be seen by the scanner.

The can is symmetrical and has no geometry features on the surface. It is difficult for the software to align the scanned data.

The silver bottom is highly reflective, so it also hard to be seen by the scanner.

Example of object that is difficult to scan

Preparation

To align data if geometry features are not sufficient, you need to stick markers or pieces of clay on the surface of scanned objects to create extra “features”.
When you stick markers on the surface of the object, you need to follow the following rules: Make sure sticking at least 4 markers in each frame (one scanning field of view). Control the
number of markers seen on the camera view. Stick markers in a random, non- linear pattern (see example below). Markers should be stuck on the flat surface area and keep the marker surface flat. Use the markers provided with the device only. Other markers can result bad accuracy or not to
be seen.

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Object with markers Before scanning transparent, highly reflective and black objects, you should spray white powder on the surface (see example above).

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5. Scan
5.1. Before Scanning
5.1.1. Create a Work
Enter the interface of New Work and Open Work. The initial default work save location is on the desktop unless the user opts to change this. Click “New Work”, enter the work name, then click `Save’ to enter the scan parameters window. Texture scan is only active when the texture camera (Color Pack) is attached to the scanner.

Create a work In the new project interface with EinScan SP, you have the option to click browse to import a Global Marker File (GMF) as .ASC, .TCT or .P3. Global Marker File is normally captured by a Photogrammetry System to achieve a high accuracy Markers Frame for large object, in which you can scan the object in detail and match the global accuracy of Markers Frame.
Browse to load a GMF (only available for EinScan SP) Note: When using the global markers file, new markers cannot be scanned. Global markers points can be deleted.
Click the work button to create or load a new work
When a project is open, click the work button to create or load a new work.

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5.1.2. Working Distance
Adjust the distance between the object and device, until the cross is clearly to be seen on the object. Make sure the scanner will not move during the scanning.
suitable working distance is 290 ~ 480mm
Check the projected cross on the preview windows. Adjust the working distance until the cross is inside the central box. At the proper working distance, the cross should be seen clearly with a sharp contour on the surface.

On the Right camera, at a too close distance the projected cross will be shifted to the left , to the right when too far

At optimal distance the projected cross is within the central box on both cameras
5.1.3. Adjust Brightness
Click and drag the button to adjust the brightness. The correct brightness setting will depend on the lighting in the environment and the texture of the object.
Drag to adjust the brightness setting To scan an object with high contrasting texture, such as something white and black, use HDR. Each single scan will take longer to capture.

Turn HDR ON to scan contrasting textures

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Turntable

5.2.1. With/Without Turntable
Create or Import a fixed scan project. On the top right, Check the box to use the turntable, or Uncheck to not use the turntable.
Fixed scan with turntable
5.2.2. Turntable Steps
Turntable step input Before scanning, set the turntable steps from 8 to 36. The number shows how many times the turntable will stop in one turn, and the data will get captured at each stop. The default setting, 8 steps, is recommended. You can change the number of steps according to the features of the objects. Note: Using more turntable steps will help scan more complete data in some angles, but NOT more accurate.
5.2.3. More Turntable Settings
More settings Click More Settings to set turntable speed and turns.
5.2.4. Turntable Speed
Turntable speed Set to adjust turntable speed. “6” is set by default. Higher value is with higher speed.

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5.2.5. Turntable Turn
Turntable turn Set turntable turns corresponding to turntable step and speed. One turn by default. One turn: Turntable rotates for one turn. Half turn: Turntable rotates for half turn.
5.2.6. Alignment Condition
SE

SP
Select an alignment mode condition for the turntable scan. Note: For EinScan SP, other than alignment mode features displayed above, global markers alignment feature is also available: Open New Project interface, import a global markers file. Then global marker feature is displayed (shown below).

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Turntable Alignment
If you do not want to stick marker points on the object you want to scan, and it is too big and covers the coded targets on the turntable, you could choose turntable align. Working Principle: Align the data with the assistance of turntable.
Note: Need to keep the distance between turntable and scanner the same as it is during calibration; Objects in regular shapes such as sphere and square are not suitable for this mode.
Turntable Coded Target Alignment
Note: The feature of turntable coded target alignment is only available for EinScan SP and EinScan SP V2.
The turntable coded target alignment works as follows: on every step of the turntable, the scanner recognizes common coded targets on the turntable to calculate the new position of the object. At least 4 common targets need to be recognized between 2 neighboring scans.
Note: The object needs to be small without covering the coded targets, put the object on the middle of the turntable, and make sure the object will not move during scanning; If you choose turntable coded target alignment, the scanner head is requested to fix on the tripod to scan.
Feature Alignment
When the distance between turntable and scanner is inconsistent with it is during calibration, feature alignment will be helpful. Working principle: With feature alignment, after starting scanning, software will capture four data to calibrate. The scans are matched by knowing the center and angle of rotation between successive captures.
Note: Objects in regular shapes such as sphere and square are not suitable for this mode. With feature align, need to make sure the object will not move when turntable rotates. And the objects needs to have enough features for the software to recognize.

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During the “verifying” steps, the software calculates the position of the turntable
Markers Alignment and Global Markers Alignment
Note: The features of markers alignment and global markers alignment are only available for EinScan SP and EinScan SP V2. Markers alignment is used when the scanner cannot see enough coded targets on the turntable for auto alignment. Markers alignment works in a similar way as turntable coded target alignment; the software matches 2 neighboring scans by recognizing at least 4 common markers. Global Markers is accessible if a Global Marker File has been loaded during the project creation.
5.3. Scan
5.3.1. Start Scan
Click the button or press space bar to start scanning
Click the pause button, and the scanning will pause; Click again to resume scanning.
When the scan is completed the data is automatically saved in the project file. Make sure the relative position does not change during the scan.
When auto scan mode is scanning, you can click the button to stop the current scan. The current data will be deleted directly.

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Scan interface

Scan interface description

No. Description

1

Zoom in camera window.

2

Adjust brightness.

3

Real-time information.

4

Scanned data.

5

Guide for mouse operation.

6

Function buttons. From top to bottom, they are: Scan, stop or delete, global optimization, create or import a project, align, save data, show or hide texture, and mesh point cloud data.

Note: Right Click on the camera preview to display the Right camera in the window. You will see the parts shown in the window from right camera. The parts which can be seen by both cameras will be captured.

5.3.2. Edit Scan

After the single scan is completed you can edit the data.
SHIFT + Left mouse: Select unwanted points, the selected points will turn red, as shown below. Ctrl + Left mouse: Deselect selected data.

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Delete selected data Click the button or the “DELETE” key on the keyboard to delete selected data. Undo You can only undo the most recent deleted data. Show/Hide Stripes (for data with color texture only) Click the button to switch the texture option between display and hide.
Press the space bar on the keyboard to save data and exit the single-scan editing. The edited data is saved in the project file
Cancel editions on the data
Delete data click the button to delete current data
If you are not satisfied with current scanning data, or there is not enough overlapping regions or markers between neighboring scans for registration, then change the position of the scanner or the object to scan again.
5.3.3. Global Optimization
Global optimization Click to optimize and align data.
Exit Click to cancel global optimization.
Confirm Click to confirm and apply global optimization.
After scanning objects, use the feature to optimize global data and align model. For undesired optimization result, you can exit first, and then rescan or edit data.

Before global optimization

After global optimization

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6. Project Group
You are able to edit, manually align, rename, or save the scan project in the project group list.

Project tree
6.1. Create/Import Projects
When the scan data is saved, you can create new projects with more scans, or import the saved projects and manage all projects on the project tree.
Click the project button to create or load a new data. Or Click on the project tree or on the project button create a new project or import a project into the work. Imported data will be copied in the work folder and appear on the project tree New project will create a new entry in the project tree and a new project file in the work folder
6.2. Current Projects
The last loaded project is the Current project, new data will be added and align with the current project. The current project is the last listed on the project tree. Reopen a previous project to make it as the current project.
6.3. Rename a Project
Right click on the project on the tree to rename it. The new name will be updated in the work folder.

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Rename projects In case of name interference in the work folder when load a project, the loaded project will be automatically renamed: “Name” “Name_1”.
6.4. Remove/Delete
Remove the project Delete the selected data, group(s) or project(s)
Select one or many projects Click remove to remove the project(s) from the project tree, but not from the work folder. Click Delete or right click and delete to delete the selected data, group(s) or project(s) from the project tree and the work folder. If you remove or delete the current project the last project will reload and become the new current project.
Note: Delete only affects the data in the work. If the project is imported from other work, only the created copy is deleted.

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6.5. Create/Split a Group

Left mouse: Select data in the data list or on the scanned model. Shift/Ctrl + Left mouse: Multi-select in the data list.
Create or split group. Delete the selected data. Hide or display data.
After creating the group, all the selected data belong to it. Right-click the group or data to view drop-down menu.
Note: The data captured by turntable scan mode will belong to one group by default. Groups could be manually aligned after being deleted or split. You could left-click the scan model to select data after hiding texture.
6.6. Edit Data

Double click on a project, group or a scan, to enter the edition mode. The edition are applied to the selected data only. Modifications will not affect the rest of the data. Shift + left mouse: select data on the 3d view, and enter the edition mode. the edition are applied on the visible data only.

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6.7. Alignment
Within a project, if you use markers, the data of a project will automatically align with the marker positions. If not, an automatic alignment will be calculated with a best-fit of the single scan to the previous scans of the project according to the geometric features. If the object is not with enough geometric features, you can use manual alignment.
Click the button to open the Manual Alignment interface

Drag and drop single scan, group or project to the float and fixed window
Single scan, group or project can be dropped into both windows. Scans in the group or are not allowed, split the group first.
Manual alignment can be used between projects, load the full projects on the float and fixed window. A single data cannot be aligned with another project
click to remove the scan, group or project from fixed or float window
Texture visible or invisible (color pack only)
Manual Align SHIFT + click left mouse button to select at least 3 non- collinear corresponding points in the 3D preview windows for Manual Alignment, as shown below. Ctrl+Z: cancel last point picked

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Select 3 points to align the data

How it works: The software calculates the best fit alignment from the picked points, and refine the alignment by best fit of all the points of the floating to the points of the fixed.
Auto-alignment After dragging the data into fixed and floated windows, click the feature alignment button on the left, then the data will be automatically aligned according to features.

After data are aligned the blue number represent the alignment reference. The floated data is transferred to the reference of the fixed. it is recommended to keep data with the same reference into a same group.

Alignment reference

Click Complete to validate and leave the Alignment interface Click Reset to cancel all alignments done in this session Click Next to validate the alignment and continue to use the Alignment interface

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Mesh

Create Mesh (Watertight/Unwatertight)

When scanning and editing are completed, click ” Global Optimization”

, then click

to create mesh. Two types of mesh are available: Watertight and Unwatertight.

If there are non-texture projects, there will be a data optimization option. After clicking it, the

amount of triangles will be optimized in less than 2,500,000 triangles.

If the projects are all with texture, the data optimization option will be unavailable. The software

will simplify the data by default.

Watertight

Mesh Mode

Unwatertight

All holes will be filled automatically. The data Unclosed model stays the way it is scanned.

can directly be 3D printed.

Processing time is quicker than Watertight.

TEXTURE WATERTIGHT

The texture capture is separate from the 3d data capture. If the texture has been captured, it will still be displayed on areas where holes are filled in the mesh processing. If the texture is missing, the corresponding mesh data will be in black.

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This region were missing in the scanning, and the texture can’t match the original texture.

7.2. Edit Mesh

The mesh can be edited: Select/delete, Hole filling, Sharpen, Smooth, Simplification, Multiview.

MESH SELECT/DELETE

Press Shift + Left mouse to select data and enter the selection menu CTRL+ Left mouseDeselect a selected region

Edit buttons:
Deselect Revert Delete Undo Select Trough Select Visible Hide/Show color

Select Visible to select data on the front view only Select Through to select data all though

Click End button to return to the post-processing menu. Click Revoke, to cancel and return to the post-processing menu.

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7.3. Fill Holes

When selecting meshing in unwatertight, the 3d model will keep the missing scanned regions as holes.

You can click

use the hole filling tools.

Click

for Manual hole filling. The hole edges are displayed green, and get red after picking.

Click the edge of the hole to fill it.

Click

for Marker filling. Input the radius of the marker used, all holes generated by markers

will be automatically filled. This function is only applicable to the meshed scan data with markers,

while it is not available for imported data.

Click

for Auto filling. Input the perimeter of the biggest hole to be filled. Less than 100mm is

recommended. This function will fill every hole with a smaller perimeter than the number input.

The hole edges are displayed green.

Choose Curvature, Tangent or Flat before picking a hole. FLAT calculates the solution for the hole filling considering the point position on the boundary. TANGENT calculates the solution considering the point position and the normal of the last row of
triangles forming the boundary. CURVATURE calculates the solution considering the point position and the normal of the 2 last
rows of triangles forming the boundary.

Effect of Curvature, Tangent or Flat

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7.4. Sharpen

Click

Sharpen button to display the sharpen menu, click again to close the menu.

Sharpen

Original

Sharpen-Low
7.5. Smooth

Sharpen-Medium

Sharpen- high

Click

Smooth button to display the

smooth menu, click again to close the menu.

Smooth the possible noise on the surface of the scan data. It might remove some small details or smooth some sharp edges at the same time. The example of before and after smoothing is shown below. Run 2 times, data will be smoothed twice.

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smooth menu 38

Original

Smooth-Low
7.6. Simplify

Smooth-Medium

Smooth- high

Click

Data simplification button to display the

simplification menu.

After simplification, the polygon numbers, file size and level of detail of data will be reduced accordingly. Set the ratio from 1 to 100, the default is 100%. The comparison of detail between before simplification and after simplification (at 30% simplify proportion).

simplification menu

Before simplification
7.7. Remap Texture

After simplification

Click

Texture Remapping to display the Texture menu

Mesh edition of simplification, hole filling on texture scanned data will affect the texture render. By doing the texture remapping, the texture information will be reapplied on the mesh.

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Texture remapping is accessible before saving the data.
Choose “Texture Layout Optimization” (TLO) to create an optimized arrangement for the texture file. It will make the texture manual editing much more convenient if you are going to process the texture in a 3rd party software.
This option has no effect on the texture itself.
Texture Layout Optimization

No Texture layout optimization

Texture layout optimization

Notes: 1. TLO requires a longer time to compute 2. TLO is used only with OBJ output 3. TLO result is more convenient for texture manual editing

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8. Export Data
8.1. Data Formats

Click

to export the data. Navigate to choose a save folder. And input the file name. Select

one of the formats below. By default, the saving path is the project folder, the file name is “Scan data”,

and the format is .stl.

Format ASC (separated) (scan mode only) ASC (whole)
STL
OBJ
PLY 3MF P3

Texture No
No

save folder

Data type

Saves as

Separated scan_0.asc

point-clouds, scan_1.asc

with

scan_2.asc

calculated etc…

alignment

optimized scan.asc point-cloud

No

Mesh

scan.stl

Yes (separated)
Yes

Mesh, Texture & Matching file
Mesh

Yes

Mesh

scan.obj scan.jpg scan.mtl
scan.ply
scan.3mf

No

Marker

scan.p3

position

Recommended for
Inspection Fast export (no post-processing
needed) Complex data to post process in
another software
Inspection Fast export (no post-processing
needed in hand-held mode) Large data to post process in
another software Complex data to post process in
another software
3D printing (watertight mesh data)
Reverse Engineering Compatibility with most mesh
editing software
Artistic applications 3D rendering Compatibility with most mesh
editing software
Low storage Easy texture editing Low storage Compatibility with Microsoft
paint3d
Global Marker File in EXScan
S software Measurement of the marker
position

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8.2. Scale Data
Scaling the volume of scanned data, while the number of triangles, the level of detail of the scan and size of data will not be actually changed. By default, the scale is 100% and will be exported with millimeters for reference. The value display represents the dimensions of the smallest box containing the data oriented to the reference axis.

Scale window
8.3. Measurement

Scale result

After meshing, the Measurement menu will be available on the top. You can also click Measurement on the navigation bar, and Click Open file, a STL or OBJ file can be imported to edit.

Go to Measurement.

Open file.
8.3.1. Create Feature

Enter/Exit the Feature menu. Click the Feature button to display the menu, click again to close the menu.

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Feature menu

Display of Features

Click on the corresponding icon to create points, lines, planes. Then select the creation method and follow the instructions, click “Create” to generate, or “Close” to cancel and close the window

The features created displaying in gray, the selected features are in red. In the feature list, click “delete button” to remove (Delete action cannot undo).

Feature Point
Line
Plane

Creation method Selected Points
Line-Plane Interface
Point-Point
Plane-Plane Intersection
3 Points Fit

Requirement

Description

Line and Plane should be created in advanced
2 Planes should be created in advanced

Click on the data to select a point Click create to create a point Click on the created line, or select it on the
dropdown Click on the created plane, or select it on the
dropdown The point generated is the intersection between
the non-parallel line and plane
Feature creation failed! Error code 9: the line is
parallel to the plane Pick 2 points. Click on the data to select a point or click on a
feature point previously created
In the Choice list select one of the point to redo it The line generated is define as point From to point
to point Click on the plane previously created, or
select it on the dropdown, repeat for the second plane. The created line is the intersection between the 2 non-parallel planes
Feature creation failed! Error code 1: the planes are parallel The plane is generated by 3 points not
co-linear. Click on the data to select one point or click
on a previous created feature point; In the Choice list select one of the point to

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Point-Line Fit Best Fit

Line should be created in advanced

reselect it Feature creation failed! Error code 6= the points selected are co- linear The plane generated includes the point and
the line (The line should be created in
advanced) Click on the line previously created, or select
it from the drop-down Click on the data to select a point or click on a
feature point previously created In the Choice list select one of the element to
reselect it Feature creation failed! Error code 6= the point selected belongs to the line Press Shift+ LMB to select an area, press ctrl+
LMB to unselect The plane generated is the position with the
smallest deviation from the selected area Recommend method to create plane

8.3.2. Movement

Use this mode to modify the alignment of the data to the global coordinate. This action is useful for post processing or reverse engineering. The transformations do not affect the shape and size.
Enter/Exit the Movement menu.
Click the Movement button to display the menu, click again to close the menu.
Exact movement

Exact Movement Menu
Enter the value in mm and degrees, click Apply to match the data origin to the input coordinate and orientation The arrows represent the global coordinate system, Red=X+, Green=Y+, Blue=Z+

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Click Reset to cancel the transformation to original position Click OK to confirm the transformation
Tips: Start from data reposition (offset to 0,0,0) Edit rotations prior to transformation Change the view normal to a reference plane to change the corresponding angle

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3-2-1 Movement
Prior to 3-2-1 movement, the creation of a plane, line not normal to the plane and point are required. 3-2-1 movement (plane-line-point alignment) aligns the data by deletion of the Degrees of Freedom. The arrows represent the global coordinate system, Red=X+, Green=Y+, Blue=Z+
3-2-1 Movement menu Select a Plane in the drop-down menu, match it to the first axis in the Method drop-down. The
arrows on the corners of the plane represent the plane positive direction. The normal vector of the plane will match the axis direction. Select a Line in the drop-down menu, match it to the first axis in the Method drop-down. Beware the direction of the line to match it to the + or – axis. The projection of the line to the first plane will be parallel to the corresponding axis Select a Point in the drop-down menu. The data will be translated to match the point with the origin point (coordinate 0,0,0) Click Align to perform the transformation

Data after 3-2-1 movement
Click Reset to cancel Click Apply to confirm the transformation.

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8.3.3. Measurement

Click

Measurement button to display the menu, click again to close the menu

DISTANCE
This tool calculates the distance between two points belonging to the surface of the data Click on the data to pick the first and second point, select one of the two points to redo it.

Distance menu
Total is the 3D distance, X, Y and Z are the projection of the segment to the respective planes.
SURFACE AREA
Press Shift+ LMB to select an area, press ctrl+LMB to unselect. Ctrl+A to select all. Click Calculate to display the Area value of the selected data in mm^2 Redo the selection and click calculate again to update

Surface Area menu
VOLUME
This tool calculates the volume contains in a watertight mesh. It returns the volume in mm^3 and the coordinates of the smallest box, parallel to the global coordinates, containing all the data.

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Volume menu Prior to the calculation make sure the file is watertight (no holes).
File not watertight alert

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9. Share Data

Click

after mesh to share

data to Sketchfab, it will show the

dialog as below. A model title,

username and user password are

required. Register and view the shared

model at

http://sketchfab.com.

Notes: Data is saved as .STL does NOT contain texture

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10. Third-party Software

Click

after mesh to import the mesh to a third-party software.

GEOMAGIC ESSENTIALS and

SOLID EDGE SHINING 3D EDITION can be started.

Notes: 1. The third-party software should be installed and activated in advanced. 2. Solid Edge Shining 3D Edition is included in EinScan SP/EinScan SP V2. 3. Geomagic Essentials is not included in the scanner. Please contact us if you are
interested to buy. 4. Both software needs to obtain the license for an online activation.
GEOMAGIC ESSENTIALS is the essential bridge between 3d scanning and design. Once 3d scan is finished in EinScan 3d scanning software-Exscan Pro, take the 3d scan data to Geomagic essentials, extract the feature you want, and create solid models and complex profiles to your CAD design environment.
Solid Edge is a design tool from SIEMENS PLM Software. Partnered with SIEMENS PLM Software, EinScan users is able to use Solid Edge SHINING 3D Edition, which includes reverse engineering, with CAD functions in one platform.

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11. Preview Model

Double click the short-cut

on the desktop. Drag files into the window for

preview. Manipulate the data with the same control as EXScan software.

Model Preview
STL, OBJ, PLY, ASC, or 3MF can be loaded, files from 3rd party software might fail to be loaded. In this case we recommend Meshlab, a free mesh software editor, or upload to sketchfab.
Notes: To load a OBJ textured file make sure to have the MTL and JPG files with the same name and in the same folder than the OBJ

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12. Others
12.1. FAQ
1. What if no scan data when the turntable has rotated one circle? Solution: Please make sure that the object won’t block the mark points on the turntable. Or, there will be no fringe pattern, while turntable will be still rotating. If the align mode is mark point, please make sure that the marks on the turntable are covered, so as not to affect the scanning. Make sure that in each single scan area has at least 4 points.
2. What if the merging fails without mark points when the turntable has rotated several circles or when it is under f ixed scan mode? Solution: Try to make sure there are at least 1/3 overlap between the current scan area and the previous scan area and the object surface should be featured. For objects which are symmetric and without rich features, using mark points or manual merger is recommended.
3. How to scan objects in transparent, semi-transparent or black? Solution: Scan before spraying on the surface.
4. Under auto scan mode, if the turntable is not moving, but with a humming sound, how to solve? Solution: Disconnect power line and connect again in few seconds.
12.2. Safety Precautions
Keep well-ventilation. Environment temperature is suggested to be 0~40°C, and do not use the device under an environment with flammable or corrosive gases or another similar environment.
If the device could not function correctly, fixing the device by opening it by yourself is not allowed. The device shall be repaired by professional technicians or under their instruction.
You should send the device to facilities with qualification for recycling it instead of dropping into the household garbage when it is scrapped.

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Support and Contact

Submit a Ticket
Sign up in Shining 3D Support Platform support.shining3d.com to submit ticket. Or send email directly to einscan_support@shining3d.com
Log in with your account. Click New Ticket on the tab bar to submit a ticket and check the status

Shining 3D EinScan SE & SP_User Manual_3.1.2

Contact Us

www.shining3d.com www.einscan.com
Technical Support Register at support.einscan.com for support or contact through: Email: einscan_support@shining3d.com

Follow Us Suggest visiting our YouTube channel to watch how-to videos and subscribe to view the latest videos of the products. Facebook: https://www.facebook.com/shining3d/ Twitter: https://twitter.com/shining3d Instagram: https://www.instagram.com/shining3d/ YouTube: https://www.youtube.com/Shining3DScanner
SHINING 3D Offices:

APAC Region & Headquarters SHINING 3D Tech. Co., Ltd. Hangzhou, China Phone: +86 571 82999050 Add: No. 1398, Xiangbin Road, Wenyan, Xiaoshan, Hangzhou, Zhejiang, China, 311258

EMEA Region SHINING 3D Technology GmbH. Stuttgart, Germany Phone: +49 711 28444089 Add: Breitwiesenstraße 28, 70565, Stuttgart, Germany

Americas Region SHINING 3D Technology Inc. San Francisco, United States Phone: +1 415 259 4787 Add: 1740 Cesar Chavez St. Unit D. San Francisco, CA 94124

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References

• Sketchfab - The best 3D viewer on the web
• Support : Einscan Support
• Support : Metrology Support
• 3d Scanners, Professional 3D Scanners, Software and Support | EinScan
• High-Precision 3D Digitizing Solution Provider丨SHINING 3D丨3D Scanner
• High-Precision 3D Digitizing Solution Provider丨SHINING 3D丨3D Scanner
• Download Center : Einscan Support
• SHINING 3D (@shining3d) • Instagram photos and videos

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