Einscan PRO 2X PLUS

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Einscan PRO 2X PLUS

Professional 3D Digitizing Solution for Versatile Applications in an Easy Way

Offers an enhanced Handheld HD Scan Mode and enlarged scan range

Captures 3D model of medium to large size objects with high efficiency

Meets demands for wider range of applications

 

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Outstanding Scan Performance

Incredible Scan Speed and Efficiency
Scan Large Objects in Minimum Time
High Accuracy
Catch Fine Detail

Scan Mode Handheld HD Scan Handheld Rapid Scan Fixed Scan with Turntable
(with Add-on: Industrial Pack)
Fixed Scan without Turntable
(with Add-on: Industrial Pack)
Scan Accuracy up to 0.05 mm up to 0.1 mm 0.04 mm(single shot accuracy) 0.04 mm(single shot accuracy)
Volumetric Accuracy* 0.3 mm/m (Markers Alignment) 0.3 mm/m (Markers Alignment) / /
Scan Speed 20 frames/s; 110,000 points/s; 100 data capture lines 30 frames/s; 1,500,000 points/s Single Scan<0.5s Single Scan<0.5s
Point Distance 0.2 mm-3 mm 0.25 mm-3 mm 0.24 mm 0.24 mm
Single Scan Rang 208*136 mm——312*204 mm
Depth of Field ±100 mm
Working Distance 510 mm
Light Source LED
Align Mode Markers Alignment Markers Alignment, Feature Alignment (with rich geometrical features on the surface), Hybrid Alignment (Markers and Feature) Turntable Coded Targets, Feature, Markers, Manual Alignment Markers, Feature, Manual Alignment
Texture Scan No Yes (with Add-on: Color Pack) Yes (with Add-on: Color Pack) Yes (with Add-on: Color Pack)
Outdoor Operation Set up the shelter or cover to avoid direct sunlight
Special Objects for Scanning For the transparent, highly reflective or some dark objects, please spray powder before scanning
Printable Data Output Able to export watertight 3D model directly to 3D printing
Output Formats OBJ; STL; ASC; PLY; P3 ; 3MF
Scanner Body Weight 1.13kg (include the USB3.0 cable)
Supported OS Win7; Win8; Win10; (64bit)
Recommended configuration Graphics card: NVIDIA GTX1060 and higher; video memory: >4G, processor: I7-8700, memory: 32G; interface: high-speed USB 3.0
Required configuration Graphics card: Quadro card P1000 and above or NVIDIA GTX660 and higher; processor: Intel (R) xeon E3-1230, Intel (R) I5-3470, Intel (R) I7-3770; interface: high-speed USB 3.0; memory: 8G
*volumetric accuracy refers to the relationship between 3D data accuracy and object size; the accuracy is reduced by 0.3mm per 100cm. The conclusion is obtained by measuring the center of sphere under markers alignment.

Versatile Scan Modes & Align Modes

  • Scan Modes:
    Handheld Rapid Scan, Handheld HD Scan, Fixed Scan
  • Align Modes:
    Feature alignment, markers alignment, turntable coded targets alignment,
    and manual alignment.

Industrial Pack

Add an automated turntable with tripod stand for stability
Option add A$ 1,450 + tax

Colour Pack

Add the ability to scan and add colour information with 3Dscan
Option add A$ 1,450 + tax

Modular Design to Meet a Wide Range of Applications

Designed Color Pack, Industrial Pack, and HD Prime Pack as optional add-ons to EinScan Pro 2X Plus for different scanning experience.

Actual object

Scanned data

HD Prime Pack

Ability to improve scans without the use of marker dots for faster small scans
(only for EinScan Pro 2X Plus)

Option add A$ 1,450 + tax

New Scanning Software EXSCAN PRO

included with Einscan PRO 2X Plus

Brand-new UI and Workflow
New Operation Mode Option

  • Allows users a faster scanning experience during operation and set the resolution option afterwards during the data processing, which improves scanning efficiency.
  • High Compatibility
    Outputs standard file formats including STL, OBJ, PLY, 3MF, ASC and P3

Solid Edge SHINING 3D Edition

included with Einscan PRO 2X Plus

Design Tool From SIEMENS PLM Software

Convergent Modeling
Synchronous Modeling
Reverse Engineering
* Generative Design – available with Geomagic option pack
* Simulation – available with Optional Simulation SolidEdge pack
Additive Manufacturing

Reverse Engineering

Generative Design

Simulation ( see full details )

Portable & User-friendly Design

With a lightweight and compact size, you can easily take the
EinScan Pro 2X Plus anywhere like a laptop, enjoy plug-and-play installation
and unlimited scanning experience.

Package Size
37 X 36.5 X 13.5 mm

Lightweight
1.13 KG

For Higher Efficiency
& Quality

Manufacturing & Reverse Engineering
3D Modeling for Customized Product and Service via 3D Printing

For Unlimited Inspiration

Art & Heritage
Design

For A Healthier Life

Healthcare

For Creative Imagination

Research & Education
Virtual Display

EinScan PRO software update

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EinScan PRO software update

The EinScan PRO software update has just been released with version 2.5 of its EinScan Software for 3D scanners, including the EinScan Pro and EinScan Pro+.

Among the new features added in the software update are a new help mode for beginner users, new file formats,

 

 

 

 

 

improved scanning tech, as well as live and multi-lingual customer support. Shining 3D says EinScan V2.5 is now available for download.

In recent years, Shining 3D has pushed China’s 3D scanning industry ahead with the release of a number of high-precision handheld 3D scanning products. Earlier this year, the company introduced its Einscan Pro+ handheld 3D scanner, which saw an increase in scanning speed and quality over its Einscan Pro predecessor.

Most recently, the company unveiled the AutoScan-DS-EX 3D scanner, which is geared towards the dental industry and which will reportedly be available as of September 1, 2017. Shining 3D also offers a number of 3D printing systems, including the EinScan S desktop 3D printer series.

Shining 3D says most of the updates to its EinScan software were the result of feedback it received through the EinScan Software beta tester program. To thank participants of the beta program, the company will be giving out 3D printed gifts, free product upgrades, and even a trip to the Shining 3D global partner summit (hosted in Hangzhou this year) to six lucky participants.

The Chinese 3D printing leader has listed a number of improvements that users will see while using EinScan software V2.5. For the EinScan Pro and EinScan Pro+ 3D scanners, users should benefit from a smoother scanning process, thanks to a “breakthrough” in an algorithm, as well as improved scanning quality while using the “handheld rapid scan” and “handheld HD scan” modes.

Updates that apply to all of its 3D scanning products include a quick and easy-to-use guide that enables users to be taken through the scanning process step-by-step, support for 3D manufacturing format (3MF) files, accessible customer support services in multiple languages (including English, simplified and traditional Chinese, Spanish, Turkish, German, Japanese, Korean, Russian, and French), and direct preview capability for ASC STL and OBJ cloud point files.

Other, more minor adjustments that were made in light of beta users comments include correcting meshing quality levels, decreasing memory consumption of the software, optimizing the zoom scale tool, and more.

In the future, the company says it will make more improvements, such as providing “the data list that allows users to edit and align individual scans,” the ability to use offline post processing, and the ability to switch between handheld scanning mode and fixed mode in a single scan.

Shining 3D’s new software can be downloaded by EinScan users for free via the company’s EinScan website.

 

 

Posted in 3D Scanning

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Speedlab Racing applied Shining 3D handheld scanner EinScan-Pro

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With EinScan-Pro, Speedlab completed timely and efficient maintenance and repair on the racing car

August 3, 2017 

 Speedlab Racing application of 3D handheld scanner EinScan-Pro  

 Speedlab scanned the body of a racing car, in order to produce the replacements of spare parts for the car.

About Speedlab

Speedlab Racing is a racing team located at Stockholm in Sweden, who has many years of racing experience. The team bought a used Corvette C3 from the USA in 2005. Since then, the car has been rebuilt in many iterations and their goal is to have the fastest racing car in Sweden.

Project background

The Speedlab Corvette would race in the Swedish Time Attack series (timeattacknu.se) where all kinds of crazy racing cars competing over the speed of a single circle. In the class where the Speedlab Corvette would race in, any modifications were allowed such as active aerodynamics transformation, high powered engine application, as long as the security rules were fulfilled.

So far the team had spent a lot of money and time on upgrading different body parts on their Corvette racing car through traditional manufacturing techniques. However, as the front and rear parts of the body were built by hands without molding, it would be very time consuming to rebuild if these parts of the car body were crashed or damaged. Thus with a 3D scanner, the team could easily reproduce the front and rear parts of the car by CNC processing or 3D printing from the scanned model.

 

Scanning process:

After comparison, Speedlab team decided to use EinScan – Pro from Shining 3D to do car body scanning because of the wide scanning range, high speed and precision it provides.

Although there was a member of Speedlab team who had more than six years of experiences in 3D printing, he had hardly any experiences in 3D scanning process. However, EinScan – Pro is very easy to use, Speedlab was able to manage it after few shootings.

During the beginning process of scanning, Speedlab team had tried several different scanning modes. First, they applied handheld HD scanning mode and completed scanning through sticking markers. This scanning mode could ensure the alignment precisely.

Afterward, the team tried handheld rapid scanning mode. There was no need to stick markers in this mode, but you can still obtain high quality of 3D data. The scanning speed was greatly increased, which ensured the quick completion of lamps and other parts with rich characteristics.

 

With the help of EinScan-Pro, Speedlab scanned the entire car successfully. The scanned data were then imported into Geomagic Wrap for final alignment. The aligned model data was archived for further 3D printing and CNC processing.

With the 3D data obtained by Shining 3D’s EinScan-Pro, Speedlab could complete timely and efficient maintenance and repair on the racing car. Meanwhile, the team members are excited to discover that, with the 3D data of the racing car, they can be more creative to do modifications in the future. It brings more hope for them to realize their dream of “creating the fastest racing car in Sweden”.