Descubra nuestra serie de productos de escáneres 3D avanzados, diseñados para ofrecer capacidades de escaneo precisas y eficientes para una amplia gama de aplicaciones. Explore la tecnología de vanguardia que garantiza una precisión superior y una integración perfecta, ideal tanto para profesionales como para entusiastas.
Why Choose EINSTAR 3D Scanners？
EINSTAR offers a combination of advanced technology, user-friendly software, global support, and valuable added benefits that make our 3D scanning device a smart choice for all 3D scanning needs. Whether you're a professional or a beginner, EINSTAR has got you covered.
HD Mode: 0.05mm～3mm
Fast Mode: 0.5mm~10mm
0.1 mm ~ 3 mm
HD Mode: Infrared MEMS
Fast Mode: Infrared VCSEL
Infrared VCSEL
48 MP
1.3MP
HD Mode: 100-250mm
Fast Mode: 350-1500mm
Effective Distance: 160mm-1400mm
Optimal Distance: 400mm
Entradas de blog
EXModel 2025 Release: Faster, Smarter, and More Efficient Design Tools
This update introduces a host of functional optimizations and performance enhancements, all designed to deliver a more efficient and intelligent design and engineering experience.
EINSTAR VEGA v1.3 Introduction
The EINSTAR VEGA v1.3 Introduction details the latest features and improvements of the EINSTAR VEGA scanner. This version introduces several enhancements, such as auto-detecting base planes, wirele...
What is a Portable 3D Scanner? A Quick Review of EINSTAR 3D Scanners
This blog will explore portable 3D scanners, including their features and applications, and will present a full picture of EINSTAR and EINSTAR VEGA
FAQs
Join the 100,000+ users who trust EINSTAR 3D Scanners for their scanning needs! As a leading 3D scanning company powered by SHINING 3D, we are proud to offer top-notch 3D scanning solutions that meet your high standards.
Explore answers to common questions about our services, products, and policies.
1. What is 3D scanning?
3D scanning is a technique for creating digital 3D models of objects, structures, environments, and even people by collecting data about their shape and appearance.
1. How do 3D scanning devices work?
3D scanners mainly use structured light and laser technology. A projector forms a structured pattern of black and white stripes on the surface of an object, and a camera captures the distortion of these stripes. The software calculates the position of the points and determines the shape of the object, characterized by high precision and detail in the 3D scanning device's operation.
3. What are the main applications of 3D scanning?
3D scanners are widely used in various fields, including product design, game design, cultural preservation, AI fitting, motion capture for films, and data collection. They can quickly scan the surface of objects and convert them into digital 3D models, significantly reducing design time and increasing design efficiency.
4. What surfaces can EINSTAR’s 3D scanners scan?
Our 3D scanning device can scan a variety of surfaces, but highly reflective, translucent, or very dark surfaces may need to be covered with a matte spray to achieve the best results.
5. What are the output formats supported by the EINSTAR’s 3D Scanners?
Our 3D scanner supports multiple output formats, including OBJ, STL, PLY, 3MF, and P3, making EINSTAR’s 3D scanners compatible with various CAD design software and 3D printers.
