Review New EinScan SP Desktop 3D Scanner 0.05mm Accuracy 0.17mm Resolution 4s Scan Speed Fixed/Auto Dual Mode with UMAX 3D Scanning kit & Solid Edge Software

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Details: New EinScan SP Desktop 3D Scanner 0.05mm Accuracy 0.17mm Resolution 4s Scan Speed Fixed/Auto Dual Mode with UMAX 3D Scanning kit & Solid Edge Software

Brand: EinScan

Einscan SP Desktop 3D Scanner High accuracy certified through serious accuracy calibration processFaster scanning speedMake high resolution 3D modeling accessible to professional usersMeet your demands for high-quality 3D modeling of reverse engineering and design Read more Multi-functional 3D scanner Capture 3D Data Easier and Faster Dual scan modes: Auto Scan and Fixed Scan Wide scan range from small to large. Read more Ensures Designers Access to a Fast, Accurate & Reliable 3D Digital Experience Faster Scanning & Higher Accuracy EinScan-SP Provides a Higher Accuracy of 0.05mm for a Single Scan Capturing 3D Data Easier and Faster Easy Operation & Fast Scanning Speed Certified Accuracy Compatible with 3D Printers Enables Reverse Engineering & Design in the Office Fine Details, Every Scan Generates a High-Quality 3D Data file Structured light 3d scanning technology, great power of reconstruction the real geometry of the object with fine detail. Due to nature of white light source, it is recommended that you spray some white powder at the very dark or shiny objects when you scan, in order to get a good scanning result. New UI design of Einscan Software with more post processing and measurement functions Automatic calibration with no rigid set-up required; One-click scanning; Auto alignment and fusion for direct mesh generation; Multiple ways of alignment available in EinScan-SP: markers, turntable markers, feature and manual alignments; EinScan-SP provides a higher accuracy of 0.05mm for a single scan. Post processing: manual hole filling, smooth, sharpen. measurement of distance, surface area and volume. Safety in Use: Visible white light, no laser, eyes secure for children. Included Solid Edge CAD software SHINING 3D edition Better transition and reuse from 2D to 3DSequential Modeling & Synchronous Modeling CapabilitiesConvergent ModelingReverse EngineeringGenerative DesignSimulation Tools 3D Printable Output Data High Accuracy Certified Through Serious Accuracy Calibration Process Higher accuracy, 0.05mm for a single scan Multiple ways of alignment: markers, turntable markers, feature and manual Read more Extensive post-processing functions Software of EinScan-SE/SP has the functions of filling holes, smoothing and sharpening, and can also readjust the data coordinates in the post-processing process to provide more perfect 3D data for subsequent applications. Capable of Reverse Engineering and Design in Office Explore fast scanning experience. Making the high-resolution scanning available to everyone Auto meshing to watertight 3D dataSeamlessly connect to 3D printersProvide API access service for any brand 3D printers. One-click scanning Automatic calibration with no rigid set-up required 4 seconds for a single scan 1 minute for a 360-degree scan under auto scan mode Read more EinScan-SP Desktop 3D Scanner Specifications Single Shot Accuracy ≤0.05 mm Point Distance 0.17 mm ~ 0.2 mm Minimum Scan Volume 30 × 30 × 30 mm Maximum Scan Volume Fixed Scan: 1200 ×1200×1200mm; Auto Scan: 200×200×200mm Scan Speed <4 s Texture Yes File Format OBJ, STL, ASC, PLY Mode of Alignment Fixes Scan: Feature, Markers, Manual; Auto Scan: Turntable, Markers, Manual, Turntable Coded Target Range of Single Capture 200×150 mm Camera Resolution 1.3 Mega Pixels Computer Requirements Turntable with markers Load Capacity of Turntable 5 kg Power Supply 40 w; Input Voltage DC：12 v, 3.33 A Light Source White Light Turntable Turntable with markers EinScan SP 3D Scanner Applications Education Primary, middle and high school, K12 education, training on 3D design Design & Art High-quality 3D design, 3D printing applications, reverse engineering Digital Industry Animation, CG, VR&AR Archiving and Sharing 3D digital archiving, data sharing Read more

Buyer Guide 3D Scanners

3D scanners are an important tool for creating a digital copy of an object to use as a template. They come in all shapes and sizes, from handheld scanners that can copy small objects, to larger scanners that scan large objects, such as standard-sized cars.

• Consider the object to be scanned (size, shape, material).
• Consider the purpose of the scan. You may scan an object for personal use, or for a group project, in which case you’ll want to look for scanners that work well for both small and large objects, and that work with different materials.
• Consider the scanner’s features.
• Consider your intended environment. For example, if you’re scanning small objects, a handheld scanner may be all you need. But if you’re scanning something large or hard to scan, consider a large scanning device.
• Consider your budget. Scanners can be pricey, so you’ll want to consider your starting budget when deciding which scanner is right for you.
• Consider your level of expertise. If you’re just starting out, you may want to invest in a handheld scanner. That’s cheaper than a large scanning device and requires no prior knowledge.
• Consider support. Some scanners have built-in support, while others don’t. You may want to consider support options if you’re new to 3D scanning.

How to choose 3D Scanners

 If you work in an engineering group, choosing a 3D scanner can be tricky. There are a variety of different types of 3D scanners available, and choosing one requires a bit of research and consideration.

• Magnetic or laser scanning? Magnetic scanning uses a focused magnetic field to create a 3D scan of the object. Laser scanning uses light or other electromagnetic radiation to create a point cloud of the object’s surface.
• What type of data is scanned? Most scanners offer at least one type of data — a two-dimensional (2D) height map, a texture map, a point cloud, or a mesh model. When scanning an object with a 3D scanner, you should decide which type of data is the most important to you and your project.
• Do you need to texture your scan? If you’re scanning an object with a rough, rough texture, you might not need to create a mesh model. However, if you’re scanning an intricate object, such as an intricate piece of jewelry, you might need to create a mesh model of the object.
• How much money can you afford to spend? 3D scanners can cost anywhere from $300 to over $10,000. How much are you willing to spend?
• Do you need to scan an object with a non-planar surface? If the surface of an object is curved, your scanner should be able to scan the object. Most scanners won’t scan an object with curved surfaces. Some scanners have a curved surface option so that an object can be scanned in a curved manner.

 

How to maintain 3D Scanners

 If you’re the owner of a 3D scanner, it’s important to know how to properly maintain it. Just like other machines, 3D scanners do require a bit of maintenance. Otherwise, they will start to malfunction.

• Keep it clean. While it’s possible to clean your 3D scanner yourself, it’s more effective if you hire a professional to clean your scanner for you. Dirt and dust can easily clog your 3D scanner, leading to performance issues.
• Adjust your scanner’s settings. Your 3D scanner is programmed for optimal performance, so you don’t want to damage your scanner by exposing it to too much heat or cold. To adjust your scanner’s settings, you’ll need to unscrew the scanner’s lid and use the manufacturer’s manual to adjust the settings accordingly.
• Tighten your screws. Sometimes, the screws that hold your 3D scanner together can become loose. To tighten your screws, use a pair of pliers or a pair of needle-nose pliers.
• Keep spare parts on hand.

 

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