Unlocking Precision: 3D Scanning Small Objects with the EinScan Pro 2X V2 and Industrial Kit11/26/2024 In the fast-paced world of technology, precision is the cornerstone of innovation. Whether you’re designing intricate prototypes, restoring delicate artifacts, or crafting custom-fit components, achieving accurate 3D scans of small objects is crucial. Enter the EinScan Pro 2X V2 paired with the Industrial Kit—a dynamic duo designed to bring unparalleled precision and versatility to your 3D scanning projects. Meanwhile in handheld mode, it is perfect for scanning mid-sized objects! Let’s explore how this powerful setup can revolutionize your workflow and elevate your 3D scanning experience. 1. Why the EinScan Pro 2X V2? The EinScan Pro 2X V2 is a portable, high-performance 3D scanner that combines versatility with precision. Its compact size makes it perfect for scanning small objects, while its advanced algorithms ensure every detail is captured with stunning accuracy. Key Features:
2. The Industrial Kit Advantage Pairing the EinScan Pro 2X V2 with the Industrial Kit takes your scanning game to the next level. The kit includes a turntable and tripod, making it ideal for fixed scanning of small objects where precision and stability are paramount. What Makes the Industrial Kit a Game-Changer?
3. Applications That Benefit from Precise Small-Object ScanningThe EinScan Pro 2X V2 and Industrial Kit aren’t just tools—they’re solutions. Here are a few industries where this setup truly shines:
4. Seamless Workflow Integration The EinScan Pro 2X V2 and Industrial Kit are backed by user-friendly software that simplifies the scanning and post-processing workflow. With features like hole-filling, mirroring, and mesh editing, you can refine your scans and prepare them for 3D printing or further design. Plus, the setup supports multiple file formats, ensuring compatibility with most 3D modeling software. 5. Why Choose This Solution for Small Object Scanning? When precision matters, the EinScan Pro 2X V2 and Industrial Kit deliver. Their combined capabilities allow you to focus on creativity and functionality while leaving the heavy lifting to advanced technology.
Final Thoughts Whether you’re a professional in design, manufacturing, or heritage preservation, the EinScan Pro 2X V2 and Industrial Kit provide a reliable, efficient, and precise solution for 3D scanning small objects. With this powerful combination, the only limit is your imagination. Ready to elevate your 3D scanning projects? Explore the possibilities with the EinScan Pro 2X V2 and Industrial Kit today! Growshapes the official U.S. distributor of Shining 3D EinScan 3D scanners. We now carry the eviXscan 3D scanner and THREE from Matter and Form as well!
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THE PROBLEM: The Jeep Wrangler auxiliary light bracket mount had a stress fracture thus needed to be replaced. THE CHALLENGE: Reverse Engineer the Jeep Wrangler auxiliary light bracket mount and make it stronger than the original bracket mount using the latest 3D scanning and 3D printing technologies. 1. Background Chris loves driving around Lake Tahoe in his open-top Jeep Wrangler, enjoying the blue skies and fresh air. The Jeep Wrangler is his vehicle of choice for fun adventures and transporting his wet dog after a swim in the lake. One day, Chris noticed that one of the auxiliary light mount brackets at the front had cracked. Initially, he planned to search for replacement parts, but then he heard about Growshapes' 3D scanning technology. Intrigued by the idea of reverse engineering and 3D printing the bracket, he contacted Growshapes to explore the possibilities. The original bracket mounts were made of plastic and had cracked under stress, so Chris was looking for a solution that would be stronger and more durable than the originals. 2. The Tools and Method Growshapes used Einscan Pro 2X 2020 to 3D scan the cracked plastic bracket mount and worked with an engineer at Uniformity Labs to reverse engineer and create a metal 3D-printed replica. 3. The Reverse Engineering Process Step 1: 3D scan the bracket mount to capture complex geometries using Einscan Pro 2X 2020 Growshapes received the broken plastic bracket mount from Chris. Judging from the size of the part, we decided the best scanning tool was the EinScan Pro 2X 2020 that can capture intricate details with high accuracy, especially in fixed scan mode using it in conjunction with the automated turntable. For small objects, EinScan Pro 2X is the way to go for sure. It captures fine details as point cloud data, then converts it into a mesh that can be exported as an .stl file into a CAD software such as Solidworks. Growshapes 3D scanned the black plastic part that had a fracture on the main wall of the bracket mount. You can see the fracture in the scan results below. We scanned the bracket in fixed mode to digitally capture accurate data of this small part. Fixed scan mode was chosen to use the 3D scanner with the automated turntable. There was no need to put any markers on the parts as the scan was aligned to the markers on the turntable and didn’t even require spraying even though the part was black. The Einscan Pro 2X 2020 uses structured white light technology and the software allows for the capture of dark parts.
Step 2: Reverse Engineering We required expert knowledge rather than simply converting the 3D scan data into a solid model in CAD as the output was going to use additive manufacturing technology, and 3D printed metal. Therefore Growshapes worked with an expert at Uniformity Labs to create the output required. Groweshapes sent the raw scan data in .stl file format to Marlon. Marlon, who led Application Engineering at Uniformity Labs started the reverse engineering process by importing the .stl file of the original design that Growhapes 3D scanned into his CAD software Solidworks. For Marlon, extracting the geometry data from scan data was easier and required less time than measuring the bracket with calipers as it gave accurate values quickly. Furthermore in the CAD software, Marlon was able to model directly over the scan using it as a constant reference. The key expertise Marlon added further was optimizing the design for additive manufacturing in metal, i.e. removing as much material as possible while ensuring strengths which results in adding lattice design. The steps that were taken from editing the scan files to print:
Some of the challenges Marlon faced specifically for optimizing for additive manufacturing:
Things specifically engineered to optimize for 3D printing:
The original bracket was made from injection molded plastic but the plastic gave way to stress over time. The metal bracket should be stronger than the original plastic bracket mounts. Marlon decided to use 316L (stainless steel) as is resistant to corrosion in harsh weather and can withstand varying temperatures. Injection molding requires a substantial investment in tooling thus requires volume production but with additive manufacturing, one-off print is possible with drastically shorter lead times. See the full additive manufacturing workflow below: Chris is happy with the new and improved auxiliary light bracket mount that is stronger than the original one that came with the Jeep Wrangler. He won't have to worry about having another stress fracture in the bracket mount. Reverse Engineering is not just about replicating but also about improving upon the original design! Check out the mounting brackets that were fixed onto the Jeep Wrangler below. Growshapes the official U.S. distributor of Shining 3D EinScan 3D scanners. We now carry the eviXscan 3D scanner and THREE from Matter and Form as well!
See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D Every once in a while, it’s important to revisit the basics to understand how 3D scanners work. In this blog post, we’ll cover the Field of View (FOV) of a 3D scanner and how it affects the 3D scan results. The key takeaway is that different 3D scanners have different FOVs, and choosing the right model is crucial to getting the right output depending on the size of the object you want to 3D scan. What is Field of View (FOV)?Like how humans can see a certain range (you can't see behind you) at a given moment, different 3D scanners have a different viewable area at one time from a specific distance. The larger the FOV, the larger area the 3D scanner can 'see' thus capture at once. With the EinScan 3D scammer models, there is a variety of scanning range among different 3D scanner models that scan something as small as a coin to something as large as a car. Therefore, it is important to understand what you are scanning and what FOV is most suitable to capture the details of the object. The FOV of a 3D scanner can determine which model is best suited to 3D scan your object depending on its size. Choosing the right field of view is about finding the right balance between capturing enough detail of the object you want to scan and appropriate coverage for each scan. This balance is important so you can achieve a smoother scanning experience, complete scans in a shorter amount of time as well as reduce computer crashes that happen when the software is overloaded. |
What happens when you use a 3D scanner with a small FOV to scan large objects? When you scan a large object with a 3D scanner optimized for scanning small objects, you will have to do more scans to reconstruct a complete 3D digital model than you would with a scanner with a large FOV. Look at the theoretical diagram on the left. If you have a large FOV, you only need 3 scans but with a small FOV you need 12 scans. In reality there are overlaps so this is just an illustration. |
Now let's dig a little deeper and look at the difference in FOV of Einscan Pro HD vs. Einscan Pro 2X 2020.
Comparing Einscan Pro HD vs EinScan Pro 2X 2020
Watch this webinar on how to select a model if you want to learn further!
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How accurately do you need to replicate the physical model? In other words, how authentic do you want the 3D digital model of the real object to be?
High end 3D scanners like eviXscan Quadro+ can achieve up to 0.007mm (7 microns) accuracy, while lower end 3D scanners like EinScan SP can still achieve an accuracy up to 0.05mm (50 microns). Accuracy of a 3D scanner depends on the quality of the camera, projector lights as well as the software.
Meanwhile there is another important metric, resolution. Resolution is about defining the point distance the 3D scanner can capture to generate the point cloud which is then converted into a mesh. If you 3D scan your object in high resolution, the point distance is small thus details will be more visible, while if you 3D scan your object in low resolution, the point distance is bigger.
With EinScan 3D scanners, you can set the resolution you want to 3D scan at depending on your target object. Some key things to remember when selecting the correct resolution are below:
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Below is a guideline of resolution settings that is optimal depending on the type of objects you are 3D scanning. Basically the recommendation is the smaller the object, use high detail (higher resolution) and the larger the object, use low detail (lower resolution) settting.
See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D
John Buffington is a classic car enthusiast. He loves restoring cars to their original glory and breathing new life into a classical design. He recently noticed that many of the interior plastic parts of his beloved 1973 Mini Cooper was succumbing to the hot temperatures and high UV exposure of the Nevada desert. One of the critical interior pieces that required immediate replacement was the two steering column covers. The covers were dry, brittle and decaying. They needed to be replaced as they were no longer able to be secured together. However, with a rare classic car like this 1973 Mini Cooper, finding replacement parts in the US is extremely difficult and expensive. |
He used the EinScan Pro 2X 3D scanner with the Industrial Kit, which is the tripod and automated turntable accessory that enables higher accuracy scanning in fixed mode. When using the Industrial Kit, the handheld 3D scanner is placed on top of the tripod and converted into a desktop 3D scanner and used in conjunction with the automated turntable. This set up automates the whole 3D scanning process as well and enables a more precise alignment utilizing the markers on the turntable. |
The black steering column plastic parts were covered with AESUB spray to ensure every detail was captured. The AESUB spray lightly coats the object with a thin layer of white powder which evaporates automatically after use without leaving any white residue, making the whole process cleaner. The EinScan Pro 2X captured the dimensions of the object with exceptional precision and accuracy, picking up every minute details, giving John the confidence to reverse engineer the steering column covers. The details of the screw bosses that would have been difficult to measure by calipers were captured by the 3D scanner. The EinScan Pro 3D scanner was simple to use and provided more accuracy than manual measurement. Instead of having to design from scratch, John was able to to create high quality 3D surface mesh files using the 3D scanner. |
The EinScan Pro 2X 3D scanner with the Industrial Kit enabled John to put the object on the turntable and within an hour or so, get a workable 3D mesh. Multiple scans were automatically fused together to create a watertight 360-degree digital surface mesh that was then imported into the Solid Edge Shining 3D Edition reverse engineering software. The surface mesh files were leveraged to build a solid model, make design improvements, and then be further process for 3D printing.
By using the EinScan Pro 2X, John was able to capture the surface details of the steering column covers as a mesh file (.stl format) which he then imported into the Solid Edge Shining 3D Edition CAD software in which he converted the .stl file into a .step file with precise details of the fastening features, the alignment pins and screw bosses. Time-consuming, inaccurate, and inconsistent manual measurements are now a thing of the past and with 3D digital technology, reverse engineering a classic car part can be fast and accurate. |
“By using the 3D scanner, I was able to focus on creating the CAD file suitable for 3D printing without having to wrestle with measurements and generating a CAD file from scratch.” - John Buffington.
Also importatnt to note is to understand copyright laws in the US. Reverse engineering is legal but if you are going to reproduce and profit, you should get in touch with a patent lawyer. With an old part like above, it's beyond the copyright
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Let's outline 4 important features you need to understand to decide which model would be most suited for your project.
1. Light Source - Structured Light Or Laser?
Structured Light 3D Scanners Structured Light 3D scanners project a light pattterns onto the target object. The changes in the variance in the light patterns are tracked by the cameras and the software algorithm generates point clouds to capture the 3D surface. The structured light pattern projection allows the 3D scanner to captuer a large dimension in seconds in high resolution. Structured light is not hazardous to eyesight. It best performs in an environment where the light condition is stable. There are white light and blue light structured light 3D scanners. Blue light has a narrower wavelength where as white light is a combination of all the colors in the visible spectrum. The narrow wavelength enables better filtering of the interference of ambient light thus offers better precision, accuracy and higher quality outputs. |
Laser 3D Scanners Laser scanner projects a laser point or beams onto the target object and the reflection of the laser light is captured with the sensors. Laser light is less sensitive to environmental light and performs better in capturing shiny or dark surfaces. However, very shiny or transparent surfaces are still difficult to capture by laser light. |
The accuracy gives an information about the authenticity of a 3D model to the real object. Knowing the accuracy of your scanner is very important because it determines which model is most suitable for quality inspection, reverse engineering design, medical health, or any other applications with very rigid accuracy requirements. Usually, the higher accuracy the scanner is able to generate, the more applications it could be suitable for, and of course, the higher the cost.
Remember though, not all 3D scanning projects require the highest accuracy, so consider your budget and requirements to make a decision on which model to purchase. The accuracy used in the specifications of the scanner usually refer to the accuracy of a single scan. The volumetric accuracy refers to the relationship between 3D data accuracy and object size; with EinScan Pro Series the accuracy is reduced by 0.3mm per meter. This data is based on measuring the center of sphere with marker alignment. The volumetric accuracy of EinScan HX in laser mode is 0.06 mm per meter.
Resolution Resolution defines the point distance of the points within the point cloud the 3D scanner is capturing. The distance between two points in a 3D model is one of the most important factors for your scan. When you take a high resolution, the point distance is very small, and details are better to see on the scan. If you capture in low resolution, the point distance is big and big objects can be captured faster and the 3D scan data file size will be smaller. |
Scan speed is a specification that definese how long it takes to scan one given object. It especially matters when you are going to scan the human body, as people can not stay still for a long time, and it also helps to improve the work efficiency when you are 3D scanning large objects like cars, buildings, etc. Scan speed can be defined by the number of points collected per second, frames per second, or how many seconds it takes to do a single scan. The more points or frames collected per second, the faster the scan speed.
4. Desktop or Handheld
Desktop 3D scanners are provides higher accuracy and enables automation of the whole 3D scan process. The EinScan Pro series handheld 3D scanners can be turned into a desktop/fixed 3D scanners with the Industrial Kit. For 3D scanning larger objects (like humans or cars), using the handheld 3D scanner is the only solution.
- For smaller objects, definitely the EinScan Pro 2X 2020 (white structured light) to achieve high resolution and high quality 3D modeling and design.
- For mid-large size objects and with higher accuracy and resolution either the EinScan Pro HD (white structured light) or the EinScan HX (laser & blue light).
- If you want versatility and also want to automate the 3D scanning workflow, go for the EinScan Pro HD with Industrial Kit. The new projection hardware and software algorithm allows the EinScan Pro HD to scan dark and casting metal surfaces.
- If you have very shiny or dark surfaces, go for the EinScan HX. The laser scanning mode guarantees outstanding accuracy and resolution.
- If you want to capture people or furniture with color texture, EinScan H (infrared & white light) is the way to go. It captures hair and also has a special body scan mode which facilitates data acquisition despite slight movements.
In reality all of the above models have similar accuracies.
EinScan Pro HD and EinScan Pro 2X 2020 both have the same accuracy of 0.045mm in Handheld HD mode, while it is 0.05mm for EinScan H in body and standard mode, and 0.04mm for EinScan HX in laser mode. So accuracy might not be a critical parameter for you to choose a proper device among EinScan series. If high accuracy is a top priority on your agenda, EinScan HX is the best choice among all EinScan scanners.
EinScan Pro Series (2X 2020 & HD) achieves a higher resolution compared to EinScan H series. Resolution captured by EinScan Pro 2X 2020 is marginally higher than the Pro HD due to the single scan range being smaller.
The EinScan H series have a different projecting pattern to the Pro Series thus the resolution is lower. But remember, the EinScan HX can achieve a higher accuracy vs. the Pro Series.
Scan Speed Comparison
For points captured per second, in Handheld Rapid mode, all scanners of the EinScan Pro Series come with the same speed of 1,500,000 points/s. However as the EinScan Pro HD has a larger single scan range, it can scan large objects at a faster speed. EinScan H (standard scan&body scan) and EinScan-HX (rapid scan) come with the same scan speed in terms of points captured per second and scan range, which are all faster than Pro series. In the face scan mode of EinScan-H, the maximum scan range could reach 780mmx 900mm enabling a fast scan.
See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D.
The advantage of the eviXscan 3D FinePrecision scanner is the short scanning time. The combination of high-speed cameras and the modern DLP light projection system, whose signal triggers the cameras every time a new pattern is displayed, reduces the scan acquisition time to several hundred milliseconds.
FinePrecision scans with high level of detail which is crucial when measuring elements of precision mechanics (micro rotors, small plastic elements made by injection molding, objects manufactured on CNC machines or by 3D printing). The scanner allows also precise 3D scanning of sharp-edged tools or components. FinePrecision can also be used in the scanning of implants, in prosthetics as well as in jewelry manufacturing and watchmaking industry. Its precision enables its use in the optimization of the 3D printing process.
– Based on experience with our Heavy Duty scanners and discussions with our customers indicating areas where precise measurement and very detailed surface mapping was needed, we defined the requirements for a scanner that is a solution for these unfulfilled needs – said Kamil Góra, Product Manager of 3D Scanners in Evatronix. – According to these requirements our R&D department developed a product ready to meet everyday challenges of metrology labs with measurement of fine mechanics objects. Using cameras and projector optimized specifically for our scanner, allowed us to offer a product adjusted to the needs of its future users, really a scanner “from engineers for engineers”.
eviXscan 3D FinePrecision can also be used in the field of predictive maintenance. The identification of microdamage to key components of production equipment (e.g. turbine blades) helps to prevent potential failures, which in turn reduces costs of downtimes.
Fine Precision scanner is available for demonstration and ordering now with first deliveries planned for the second half of March 2021.
Read more details and request a quote for the eviXscan 3D FinePrecision scanner from here.
See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D.
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See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D.
Highlight of 2018
- Expanded our product portfolio beyond HP 3D scanners and added Open Technologies (now FARO) industrial grade 3D scanners as well as Shining3D EinScan handheld 3D scanners
- Became a referral agent to Artec 3D scanners
- Partnered with "medifacturing" startup, PrinterPrezz, to extend reach into the medical industry with 3D scanning technology
But the year isn't over yet!
If you want to add 3D scanning to your workflow, check out the 3D scanner selection on www.growshapes.com.
This month we 3D-scanned a beautiful Bizen-ware bird, created by Japanese ceramic artist Yukiko Akai, who lives in Okayama Prefecture, Japan. Yukiko uses an 800-year-old kiln firing method for ceramics, which originated on the Korean peninsula and migrated to the town of Bizen, Japan, eventually evolving into Bizen-ware. Bizen-ware is a durable ceramic with a distinct gloss created from a chemical reaction of clay, fire, and firewood ash, rather than from glazing. Even without glazing, the ceramic is watertight.
Because of Bizen-ware uses all-natural materials and processes, Yukiko also participates in the excavation of medieval kilns to research historical kiln structures, document findings, and educate others. Such research aims to not only uncover the past, but also enable exploration of new artistic expressions.
This summer, Yukiko and her Master (teacher) undertook a project in Arkansas to recreate the Bizen-ware process there, using the clay and local materials of Arkansas. You can read more about the project here.
When Growshapes encountered her work, the first thing we thought was, “Let’s digitize!”
So here it is. A piece from Yukiko's signature "Bird" series in its digital glory.
Click to buy the HP 3D Structured Lights Scanner Pro S3 with Dual Camera Bundle.
The whole scanning process took less than 2 hours from set up to file clean up. Organic shapes, especially symmetrical ones, tend to be difficult to align in 3D scanning. But the HP 3D scanner alignment features really excelled once again!
"Now I actually understand how digitization of traditional physical objects can be achieved. To see my actual creation in digital form is quite exciting! " said Yukiko upon seeing the digital 3D scan files.
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Yukiko Akai, Bizen-ware artist
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Yukiko’s “Bird” series is something she has created since 2012. Having grown up surrounded by nature, Yukiko wanted to express beautiful organic shapes through ceramics. During the Bon Festival when Yukiko was honoring her grandfather’s spirit, a beautiful bird landed in her garden and befriended her. That was when she decided to create the “Bird”. The series have further evolved to have a more streamlined form after visiting the U.S. and seeing a bird soar in the sky. She felt the wind as she watched the bird fly away and wanted to express it. How beautiful! |
See the innovators on Growshapes’ social media channels to get the latest expert news on innovation in 3D digitization, then share your thoughts and join the conversation about 3D digital innovation with #digitize3D
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