Description
The Shining 3D Einstar 2 is a wireless handheld 3D scanner designed for flexible scanning in real environments. It combines blue laser detail capture with IR VCSEL scanning technology. As a result, users can scan both small detailed objects and larger surfaces using a single portable device.
Therefore, the scanner is ideal for makers, designers, educators and engineers in Cyprus. It supports reverse engineering, product design, cultural projects and 3D printing workflows. At the same time, its compact design makes it easy to use in studios, workshops, classrooms and outdoor environments.
Still EINSTAR, Even Better
Shining 3D developed Einstar 2 as an evolution of the original EINSTAR platform. It introduces a hybrid light source, true wireless scanning, improved detail capture and full-colour RGB texture mapping. Additionally, the scanner integrates the EXStar Hub software platform for improved workflow efficiency.
Consequently, Einstar 2 offers greater flexibility while remaining accessible to creators, engineers and educators who need reliable scanning without moving to expensive industrial scanners.
Hybrid Light Source for Flexible Scanning
Einstar 2 uses two scanning systems in one device. First, the scanner uses 17 parallel blue laser lines to capture fine details and complex surfaces. This mode works well for medium-sized objects, reflective surfaces and deeper geometries.
Meanwhile, the infrared VCSEL mode is optimized for scanning larger objects and wider areas. It also improves performance on dark surfaces and outdoor environments. According to Shining 3D, the laser mode can operate up to 90 frames per second, while the IR mode can reach speeds up to 40 frames per second.
Because both technologies are integrated into the same device, users can easily switch between high-detail scanning and rapid capture depending on the project.
True Wireless Scanning Freedom
One of the biggest advantages of Einstar 2 is its wireless operation. The scanner uses a swappable internal battery that provides up to three hours of continuous scanning. Therefore, users can work freely without cables or external power sources.
This mobility makes the scanner ideal for on-site scanning, field projects and educational environments. However, if Wi-Fi interference occurs, the scanner can still operate using a wired connection.
Compact and Lightweight Hardware
Shining 3D designed Einstar 2 with mobility in mind. The scanner weighs only 420 grams and features a compact palm-sized structure. Because of this lightweight design, users can comfortably scan objects during longer sessions.
As a result, the device becomes a practical tool for automotive scanning, cultural preservation projects, classroom demonstrations and workshop environments.
No Spray, No Delay
Many traditional scanners require surface spray when scanning dark or reflective materials. However, Einstar 2 can scan these surfaces directly. This capability significantly speeds up scanning workflows and eliminates preparation time.
Consequently, users can capture accurate data faster and move quickly from physical object to digital model.
Reliable Scanning Indoors and Outdoors
Einstar 2 performs well even in challenging lighting conditions. The scanner can operate in bright environments up to 110,000 lux using laser mode. Additionally, the IR mode works reliably up to 70,000 lux.
Therefore, users can capture accurate scans both indoors and outdoors. This capability allows professionals to scan vehicles, sculptures, architectural elements and other large objects directly on location.
Full-Colour Capture for Realistic Models
The integrated RGB camera allows Einstar 2 to capture realistic textures and colours. This feature is especially useful for digital art, product design and cultural heritage preservation.
Consequently, scanned models can be used for immersive AR and VR experiences, digital archives and creative 3D projects.
EXStar Hub Workflow
Einstar 2 operates with the EXStar Hub software platform. The software provides a unified interface that simplifies scanning workflows and improves system performance.
Therefore, users can process scan data faster and export models into common formats such as STL, OBJ, PLY and 3MF for further design and engineering work.
What You Can Achieve with Einstar 2
- 3D printing and personal manufacturing
- Automotive aftermarket scanning and reverse engineering
- Product design and rapid prototyping
- Cultural heritage preservation and art digitization
- Educational and research projects
Because of its versatility and portability, Einstar 2 fits both creative and technical workflows.
Availability in Cyprus
Shining 3D Einstar 2 is available on backorder for customers across Cyprus including Nicosia, Limassol, Larnaca, Paphos and Famagusta.
Complete 3D Scanning and 3D Printing Workflow
The Shining 3D Einstar 2 is often used as part of a full digital manufacturing workflow. First, users scan a physical object using the handheld scanner. Next, the captured data can be cleaned and prepared in EXStar Hub or other 3D software. Finally, the digital model can be used for reverse engineering, CAD design, or 3D printing.
For example, many users scan automotive parts, mechanical components, sculptures or prototypes and then reproduce them using a 3D printer. This workflow is widely used in product design, automotive aftermarket projects, education and digital archiving.
Because the scanner exports models in formats such as STL, OBJ, PLY and 3MF, the files can easily be used with common CAD and 3D printing software. As a result, the scanner integrates naturally into professional and hobbyist workflows.
Related Products
- Browse 3D Printers – turn scanned models into real physical parts.
- Browse 3D Printing Filaments – choose materials such as PLA, PETG or engineering filaments.
- Browse 3D Scanners – compare handheld scanners for different applications.
- Explore Shining 3D Products – discover professional scanning solutions.
This ecosystem allows creators, engineers and designers in Cyprus to move from physical object to digital model and back to a manufactured part quickly and efficiently.
