High Resolution Jewelry 3D Scanner

Professional Manufacturer in China

jewelry 3d scanner
High Resolution Jewelry 3D Scanner

Superbmelt Jewelry 3D scanner is the perfect solution for anyone looking to capture high-precision data with ease. Our scanner records and stores beautiful 3D jewelry data, saving time in jewelry design, modification and production. By digitizing the jewelry industry with our cutting-edge technology, we can help promote innovation and upgrade the quality of jewelry products.

We use the latest technology to digitize the physical product, so as to help jewelers realize the digital storage of jewelry, help enterprises quickly respond to customer customization needs, and reduce design time costs.

Jewelry 3D Scanner High Resolution

High Resolution: Intelligent fusion,single scanning precision can reach 0.01mm

Jewelry 3D Scanner Fully automatic scanning 360 angle

Fully Automatic Scanning 360 Angle: Swing arm+turntable dual-axis system for fully automatic dead-angle scanning

Jewelry 3D Scanner Fast scanning

Fast Scanning: High frame rate data acquisition,0.3s high speed 3D reconstruction

Why SuperbMelt Jewelry 3D Scanner

Professional R&D Team:
Over 15 years R&D experience in gold machinery with a top engineer team supported
High Quality:
Only choose famous brand main electric components for production
ISO CE SGS Approved:
Professional certification bodies certify that the machines are of high quality

    Any Question About SuperbMelt Jewelry 3D Scanner

    Guide of SuperbMelt Jewelry 3D Scanner

    Chapter 1:

    SuperbMelt Jewelry 3D Scanner Key Specifications

    Scanning Accuracy

    The accuracy of our scanners can achieve ≤ 0.01mm, and with the use of industrial-grade blue light, it can achieve high noise reduction, so that the output data can have high quality.

    Camera Resolution

    The scanner has a dual camera, the resolution of our scanner is 5 million, so it is two 5 million pixels, and the camera resolution affects the scanning resolution, so our scanner can present high accuracy and clarity at high pixels details.

    Scanner Design

    The size of the scanner is 331x317x456mm, the net weight is 15kg, the body design is small, easy to carry, and the position can be changed according to the workplace.

    Power Configuration

    Use AC100-220V, 50Hz power supply, which belongs to general power supply, and has no rigid requirements for the workplace. The machine interface is USB3.0/12V 5A, which is safe and convenient to use.

    Scanning Speed

    The speed of each scan of our scanner is less than 3 seconds. It should be noted here that the size and resolution of the scanned object may affect its speed.

    Scanning Support

    The file format is STL, which is compatible with most printers and design software on the market, and supports Win7/Win10 to meet the use of different computers; the capture range is 100×80×80mm each time, which is suitable for most jewelry sizes.

    Machine Accessories

    Magnetic multi-stage adjustable clamps make operation more convenient and flexible and intelligent linkage 2-axis turntable make the scan more accurate and never miss a single detail.

    Chapter 2:

    SuperbMelt Jewelry 3D Scanner Technology and Software


    1. Global registration: global correction of mechanical deviation
    2. Multi-piece/Multi-group/Multi-angle supplementary scanning: support
    3. Feature /manual match: automatic feature / manual point selection matching
    4. Swing arm + turntable 2-axis system for fully automatic dead-angle free scanning
    5. Powerful and simple splicing function, support multiple group scanning, group features and selected points splicing (maximum scan 130 × 100 × 80mm or so, need to be spliced twice more)
    6. Excellent optical process, using 16mm 5MP standard optical measurement lens module, high precision intelligent fusion, single-frame scanning accuracy up to 0.01mm
    7. Unique Scanning Production Technology

      SuperbMelt jewelry 3D scanners are more cost-effective than some suppliers using sls technology on the market. Because as the resolution increases, the cost of sls technology is also more expensive, but our scanners use professionally customized LED projectors, which do not limit the resolution. Therefore, our price is much cheaper, and our technology meets the quality requirements of industrial production, which is the most suitable for some jewelry studios, not only saves costs but also brings greater benefits.

    8. Fully Automated Scanning Technology

      The machine is equipped with a 2-axis automatic high-speed rotating platform, which is specially designed for tiny jewelry workpieces, achieves high-speed rotation during scanning, and automatically memorizes the trajectory to complete fast and accurate scanning.

    9. Automatic Calibration System

      The use of the automatic calibration system can achieve precision calibration, and at the same time, the precision calibration results will be quickly fed back, making the operation easier and more convenient.

    10. I.M.V. (Intelligent Multi View) Scanning Technology

      The scanning capability of small and deep areas is realized by I.M.V scanning technology, and some small and complex jewelry can easily show super high scanning quality.

    11. Reverse Engineering (RE)

      The machine is intelligently oriented by digitization, and designers can quickly control the design process and changes through parameters. Combining physical and surface design capabilities, it is possible to deal with incomplete scanned workpieces through forward and reverse integrated design.

    12. Automated Detection Analysis (CAV)

      Using parametric automatic detection technology, problems such as product surface deformation and geometric error can be combined with CAD positioning system and feature analysis to quickly and real-time produce inspection reports and statistical analysis reports. This technology enables quality assurance units to quickly control the quality of jewelry workpieces.

    13. Test Record Keeping

      All the operation records of the scanned workpiece will be recorded in detail, and the scanning time, whether the product is qualified and the reason, scanning conditions, etc. can be checked later. The storage function can facilitate subsequent viewing and research.


    1. Use the software that can realize reverse three-dimensional modeling design to reconstruct the three-dimensional CAD model of the real objects.
    2. Our scanners support most designs software such as ZBRUSH, RhinoGold, MatrixGold, Jewelery cad dream and more.
    3. After scanning, you can open any software to design or modify.
    Chapter 3:

    How Does SuperbMelt Jewelry 3D Scanning Work?

    1. Preparation

    Determine if a contrast enhancer is required. If the item to be scanned is transparent, black or metallic, you need to shake the contrast enhancer evenly and spray it on all surfaces of the item.

    2. Scanning

    • Turn on the power
    • Place the object on the operating table after spring and open the scanning software
    • Click the removed turnable button
    • After setting successfully, click Mosaic scan
    • The swing arm+ turnable 2-axis system can perform fully automatic scanning 360 angle, and the device will automatically stop after scanning
    • Right-click the mouse to select the point and delete the redundant parts scanned
    • Turn the object over and put it on the console after deleting, and operate in the same steps

    3. Document Output

    • After completing the front and back scanning, click Splicing
    • After splicing, click output
    • Select the appropriate parameters for output according to the degree of precision you need
    • Check the effect
    Apply Our Best Quotation

      FAQ Guide of SuperbMelt Jewelry 3D Scanner

      1. What Is The Software You Use?

      The software is developed by ourselves.Our software is free to upgrade for life, so you don’t have to worry about follow-up problems. Besides, we can change the software logo to your company’s if you need it.

      2. What Is The Maximum Scanning Range Of This Device?

      The maximum can scan 130 * 100 * 80 mm or so, need to be stitched together twice more. The object more than 100 mm will need to scan twice to stitch together.

      3. What Is The Maximum Load Capacity Of This Equipment?

      1kg. Our products are mainly for fine products and generally do not exceed this range.

      4. Can I Customize The Colors And Company Logo?

      Of course, but for custom colors, the minimum order quantity is 10 pieces.

      5. Is This A Laser Scanner?

      No, it is a structured light scanner, now there is no jewelry scanning with laser on the market.

      6. What’s The Contrast Enhancer Used For?

      If the item to be scanned is transparent, black or metallic, you need to shake the contrast enhancer evenly and spray it on all surfaces of the item.

      And we will provide two bottles of it for free. But this contrast enhancer can only go by sea, not by air following the machine. So if the machine needs to be shipped by air, then you can only buy this product in your own region. And don’t worry, it’s easily available for purchase.

      7. Is This Machine Suitable For Scanning Items With Small Holes/mesh Structure?

      No, it’s difficult to scan complete.

      8. Do You Have One Machine For Dental And Another For Jewelry?

      No, this machine can scan both. Because the accuracy of our machine meets the requirements.Generally speaking,the equipment dedicated to scanning jewelry, it has a higher accuracy than dental molds.

      9. What Are The Design Software Compatible With This Scanner?

      Most of the mainstream software on the Internet are compatible, such as ZBrush, 3Shape, Blender, MatrixGold, SolidWorks, Meshlab,3ds Max, Maya.

      10. Would it Be Possible that I Send to You Samples, You Scan Them and Send Me Back the STL File?

      You could send the samples to us, and we are willing to scan them for you. And then you can take it as a reference to check if our machine is what you are looking for.

      11. Resolution/ Point distance(mm)

      The point distance is based on the mesh density,the greater the mesh density, the smaller the point distance; meanwhile, the finer the image, the larger the file. Mesh density, we usually setbetween 8-11, the most are with 10. And there is an important thing needing to note that when the mesh density is above 11, the details of image will not be greatly improved, and the points noise around the object scanned with mesh density of 11 more than that of 10. So not the greater the mesh density the better the detail.

      12. Scanning Volume(mm)

      About 70mm, if your object is relatively high, it can be placed horizontally when scanning.

      13. Is Possible to Define Different Arm Movements Than the Ones Are Predefined? (I mean, can I program different movements to optimize the scan on my product?)

      Our machine does not support customized programming. But this scanner has two scanning paths, one is standard scan, the other inlay scan. When you run the inlay scan, the arm is swung a little more times,and the scanned image is more detailed. Besides, our scanning is 360 degrees without dead angle, and if the scan is not complete,you could also run the patch scan. Our scanner will allow you to scan the details you want.

      14. The Video on Your Web Shows an Automatic Alignment of Two Scans by Clicking the Function “Splicing”. In Case the Software can Not Match Images, Does the Software Have the Function to Align the Different Scanners By the Typical Manual Three Point Selection on Each Image?

      Our scanner supports feature matching and manual matching. If two images cannot be stitched together automatically, we can manually select points for splicing.

      15. The Surface of Your Item is Too Smooth.

      For the smooth of surface, it can be set by our programme. Adjust the “Smoothness” and “Point noise”. The larger the value,

      the smoother the surface of the object, and some details of the surface of the object will be lost.

      16. What is The Difference Between "Standard Scan" and "Inlay Scan"?

      Inlay scan will scan more carefully, the details present more comprehensively, the scanning time is also more 20-30 seconds.

      17. Are the Fluorescent Areas In the Document Not Scanned?

      Or is the contrast enhancer not sprayed, so it is missing.The light inside the hole is not able to enter, the inside can not sweep, so it leads to the appearance of fluorescence.

      18. What Do You Use to Clean the Contrast Enhancer? Will it Have an Effect On The Jewelry?

      Ultrasonic or water wash. There are contrast enhancers that fall off more easily and can be washed off by water rinsing. In addition, alcohol is easier to clean and has no effect on metals or diamonds.

      19. Does it Affect Scanning if a Customer Changes Computers? For Example, Today He Uses a Desktop Computer and Tomorrow He Wants to Switch to a Laptop.

      No effect, just connect with the dongle.

      20. Plug Issues

      Different countries use different plugs, need to confirm with the customer before placing an order.

      21. Calibration Issues

      (1) Time: 1 minute at most.

      (2) Period: About 15-20 days to calibrate once.

      (3) The calibration plate should be placed well, if it is scratched, the calibration will be wrong.

      22. I Think that We Are Not Seeing the Plains So Well on Your Scans Because Maybe There Is an Excess of Spray on Them, and We Are Watching the Dust.

      Because we set the value of “noise point” too low, the surface will be very rough and a lot of stray spots will appear. It can be adjusted.

      23. Why Is the Scanned Result of 1.3 MP Lens Better than 6.3 MP Lens?

      As we all know, the higher the pixel, the more accurate and clearer the image should be. We are experts in this field and have come across many similar questions. I can tell you quite frankly that the reason is that they have a small scanning range, so the accuracy becomes higher.

      heir range is 80x60mm, no depth range is shown, but actually the scanning

      range is only 60x50mm, which our technician has tested. And our scan range is 100x80x80mm, which is bigger than theirs, and there is no reduced range scan, if our machine reduces the scan range, it will present better results than theirs.

      At the same pixel, if the scan range is reduced to four times the original, its accuracy will increase nearly four times with it. I will send you a scan file with a range of 75x56x50mm later so you can confirm it. I can guarantee that with the same equipment, our scans will be much better than the last one and than theirs.

      24. Can You Pass me the Model for You 6.3 MP Scan? So I Added to The Internal Report I am Making to Record your Scanner Performance and Distribute Internally and To my Network.

      Our scanning software is programmed and produced by ourselves, only our machine can be used, it is not applicable to other machines. So it may not provide much reference value for you.

      25. Is it Possible in This Model to Make and Add Just One Scan on a Specific Area of the Item Being Scanned (the other model was not possible)?

      Our machines have a Patch Scanning function. If you are not satisfied with some part of the scan results or want to enhance the details, you can select that area to make up the scan.

      26. Your Scanner can Connect to Apple Computer?

      No, just support Windows system.

      27. Systems Supported by Tripod Scanners:Win 7 64X/Win 1040. What Is the Difference Between Automatic Spherical Alignment and Automatic Feature Alignment, and What Are the Disadvantages and Advantages of Each?

      Automatic spherical centre patching requires the manual application of marker points and the positioning of the spherical centre with the marker points. The disadvantages are that you need to apply the marker points manually, whereas the advantages are that the patching is accurate and there is no requirement for the shape of the object.

      Feature matching is based on the features of the surface of the object. The advantage is that you do not have to apply marker points, but the disadvantage is that symmetrical or non-featured surfaces may not be stitched properly.

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