Description
The Shining 3D EINSTAR Rockit is a wireless handheld 3D scanner designed for flexible scanning in real-world environments. It combines advanced blue laser scanning with IR VCSEL technology, so users can capture both small detailed objects and larger scenes with a single compact device.
Therefore, EINSTAR Rockit is a strong option for makers, designers, engineers, educators and creative professionals in Cyprus. It supports reverse engineering, product design, 3D printing, digital content creation and educational workflows while remaining highly portable.
Freedom to Scan Anywhere
EINSTAR Rockit is built for mobility. The scanner weighs about 425 g and runs on battery power for up to 3 hours, which makes it ideal for workshops, classrooms and outdoor projects. In addition, built-in Wi-Fi and USB-C connectivity make setup simple and flexible.
Hybrid Light Source for Versatile Scanning
Rockit uses a hybrid light source. According to the official specification page, its Laser HD mode includes 38 crossed laser lines plus 7 blue parallel lines, while IR Rapid uses IR VCSEL. As a result, the scanner can handle precision detail work, medium objects and larger scenes more efficiently.
The official page also lists scanning speeds of up to 2,800,000 points per second in Laser HD mode and up to 4,800,000 points per second in IR Rapid mode. Therefore, Rockit balances detail capture with fast workflow performance.
Captures Small Details and Large Objects
SHINING 3D positions Rockit as a scanner for both fine detail and large object capture. Laser HD mode supports very small scan volumes, while IR Rapid extends the working distance and field of view for larger subjects. Consequently, users can scan small parts, prototypes, sculptures, larger products and broader scenes with the same scanner.
Handles Dark and Reflective Surfaces Without Spray
One of the biggest practical benefits of EINSTAR Rockit is its ability to scan dark, glossy and reflective surfaces without spray. This helps reduce preparation time and keeps scanning cleaner and faster, especially for design studios, aftermarket applications and technical workflows.
Reliable Scanning Under Bright Light
The scanner is also designed for challenging lighting conditions. The official specification lists outdoor scanning support below 110,000 lux in Laser HD mode and below 70,000 lux in IR Rapid mode. Therefore, Rockit can work more reliably in bright studios, workshops and outdoor environments than many basic scanners. :contentReference[oaicite:5]{index=5}
Full-Colour 3D Capture
EINSTAR Rockit includes an RGB camera for full-colour capture. This makes it suitable not only for geometry-based workflows, but also for digital art, cultural heritage, immersive content and realistic visual presentations.
EXStar Hub and EXModel Workflow
SHINING 3D presents EXStar Hub as the software platform for EINSTAR Rockit and EINSTAR 2. It provides a unified interface and is designed to improve workflow efficiency and system performance. In your product setup, you can also position Rockit with EXModel for mesh editing and CAD-ready modeling workflows. :contentReference[oaicite:6]{index=6}
Best Use Cases for EINSTAR Rockit
- Reverse engineering and product design
- 3D printing and personal manufacturing
- Automotive aftermarket scanning
- Art digitization and cultural projects
- Education and classroom scanning
- Full-colour digital content creation
Because Rockit combines portability, colour capture and hybrid scanning, it fits both technical and creative applications very well.
Output and Software Compatibility
Based on your product brief, EINSTAR Rockit fits common scan-to-design workflows by exporting standard file formats such as STL, OBJ, PLY and 3MF. Therefore, scanned models can move into CAD software, rendering pipelines and 3D printing preparation tools with less friction.
Availability in Cyprus
Shining 3D EINSTAR Rockit is available on backorder for customers in Cyprus, including Nicosia, Limassol, Larnaca, Paphos and Famagusta.
Many users combine a handheld scanner such as the
EINSTAR Rockit with a
3D printer to reproduce scanned objects.
For example, a mechanical component can be scanned, converted into a digital model and then manufactured using professional
3D printing materials.
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- Browse 3D Printing Filaments – choose materials for your 3D printing workflow.
