The Einscan HX 3D Scanner is a high-performance handheld 3D scanner that combines a hybrid blue laser and LED light source, making it versatile for a wide range of applications. The blue laser technology enhances accuracy and efficiency when scanning reflective and dark surfaces, while the LED structured light provides fast scanning capabilities for capturing fine details. With high-resolution scanning, rapid processing speed, and strong adaptability, the Einscan HX is ideal for reverse engineering, industrial design, quality control, and digital archiving. Its ergonomic design and user-friendly interface make it a powerful tool for professionals in manufacturing, automotive, and healthcare industries.
The EinScan HX is a handheld 3D scanner that combines two scanning technologies:
Blue LED Light Scanning – Good for scanning small to medium-sized objects with fine details.
Blue Laser Scanning – Works better for larger or darker objects, even reflective surfaces like metal.
Because it uses both LED and laser, it can scan a wide variety of objects quickly and accurately.
Engineering & Manufacturing: Scanning a car part to create a 3D model for modifications.
Art & Design: Scanning a sculpture to make a digital replica.
Healthcare: Scanning a human face or body to create custom prosthetics.
Reverse Engineering: Scanning an old machine part to create a replacement.
In short, the EinScan HX is a versatile, high-quality 3D scanner that works on different surfaces and sizes, making it useful for many industries.
"Minimum point distance of 0.05 mm" means that it can detect small details and differences as tiny as 0.05 millimeters.
Accuracy up to 0.04 mm under Laser Scan" means that when using the laser scanning mode, the results are accurate to 0.04 millimeters, which is extremely precise!
This device combines a blue laser and blue LED light for better 3D scanning. The LED light helps scan quickly, while the laser works better on shiny or dark surfaces, making scanning more accurate and adaptable to different materials.
In Engineering: If you're scanning a small mechanical part, like a gear, the scanner will capture details as fine as a human hair thickness. This is important for reverse engineering or measuring small parts where precision matters.
In Manufacturing: If you need to replicate a product, like a tiny phone component, the scanner can accurately capture its shape and size, ensuring the new part fits perfectly.
So, this scanner is ideal for industries that need super-accurate measurements, such as engineering, manufacturing, and designing small, intricate parts.
Processing speed of 1,200,000 points per second" means it can quickly capture a lot of detailed information from an object, around 1.2 million data points every second.
Multiple blue laser lines under Laser Scan Mode" means that the scanner uses several laser lines at once, allowing it to scan an object much faster.
In Reverse Engineering: If you need to scan a part of a machine to create a digital model, the scanner can quickly capture all the details in just a few minutes instead of hours.
For 3D Printing: If you're scanning a model to print it, the scanner will create a detailed 3D image super fast, speeding up the design-to-print process.
In CAD/CAM: Designers and engineers can scan objects quickly, making it easier to create precise computer models for manufacturing.
Weight: 710g" means it's light, about the weight of a standard bottle of water, so you can carry it around and use it easily without getting tired.
User-friendly software" means the software that comes with it is simple to navigate, so you can start scanning quickly without needing a lot of training.
In a Workshop: You can take the EinScan HX to different workstations, scan parts, and move around the space without it being too heavy or hard to handle
In Field Work: Engineers or designers can easily take it to different locations (like factories or construction sites) and quickly scan objects to create 3D models.
Full color texture capturing" means the scanner can capture the colors and details of the surface (like the texture of a car part or sculpture)
Tracking by texture" means it uses the surface details (like patterns, colors, or textures) to keep track of the object while scanning, ensuring accuracy.
In Design: If you're scanning a piece of art or a product prototype, you’ll get a realistic digital version with the exact colors and textures, which is helpful for virtual presentations or 3D printing.
In Reverse Engineering: When scanning an old part of a machine, the scanner captures both the shape and appearance (like worn-out surfaces or labels), which helps in recreating it accurately.