The Shining3D Einstar Rockit is a professional handheld 3D scanner combining laser HD scanning with IR Rapid technology. It offers a capture speed of up to 2,800,000 points/s, resolution starting at 0.05 mm and a working distance up to 1400 mm, so a single device can handle small parts as well as entire vehicles. Wireless battery power, USB Type-C and support for scanning in outdoor lighting up to 110,000 lux make the Rockit a versatile tool for reverse engineering, quality control and artifact digitization.

Two scanning modes in one device

The Rockit combines two fundamentally different technologies. The Laser HD mode uses 38 laser lines (19+19 crossed) plus 7 blue parallel lines for maximum accuracy and detail. The IR Rapid mode with an IR VCSEL source, on the other hand, offers marker-free scanning of larger objects with a wide field of view. Switching between modes takes just a moment based on the task at hand.

Speed of 2.8 million points per second

The Laser HD mode captures up to 2,800,000 points per second, while IR Rapid reaches 1,440,000 points/s. Scanning a large part that used to take hours can now be done in minutes without losing detail. Ideal for digitizing prototypes, molds or components that need to be reverse-engineered and subsequently 3D printed.

Resolution from 0.05 mm for the finest details

In Laser HD mode, the Rockit achieves a point spacing of 0.05 to 10 mm, which allows capturing even microscopic surface details, engraved text or fine material structure. The smallest scannable volume is just 5×5×5 mm - you can easily scan a small piece of jewelry or an electronic component. The result can then be printed without loss of quality on a printer with original nozzles.

Large field of view up to 1170 × 1385 mm

In IR Rapid mode, the Rockit offers a maximum FOV of 1170×1385 mm at a working distance of up to 1400 mm. This means you can easily scan large objects such as car bodies, sculptures or machine parts without the need to constantly reposition markers. The Laser HD mode is then perfect for precise finishing of key details.

Scanning in outdoor lighting

Thanks to the robust laser and IR VCSEL source, the scanner can work even in conditions where the competition fails. Laser HD mode tolerates lighting up to 110,000 lux, IR Rapid up to 70,000 lux. In practice this means you can scan outdoors in direct sunlight or in a brightly lit industrial environment.

Advanced alignment methods

The Rockit supports a wide range of scan alignment methods: global markers, classic markers, geometric features, texture (in IR Rapid) and a hybrid mode. You can choose the approach based on the nature of the object - markers for homogeneous surfaces, features for complex parts. The ecosystem includes original Shining 3D scanner markers for maximum precision.

Color texture thanks to a 5MP camera

The scanner is equipped with two 2MP 3D cameras for geometry and a separate 5MP texture camera to capture color information. The resulting scan is therefore not just a cold mesh, but a full-fledged color model. Export to STL, OBJ, PLY, 3MF or ASC ensures compatibility with any CAD/slicer software.

Portable design with battery

With a weight of just 425 g (including battery) and dimensions of 130×37×61 mm, the Rockit is one of the most compact professional scanners on the market. A 5500 mAh battery with 60W PD 3.0 charging support enables field work without cables. Connection to the computer via USB Type-C, IP50 rating.

Wide range of applications from reverse engineering to art

The Rockit finds use wherever you need to convert a physical object into digital form - reverse engineering of machine parts, quality control, digitization of museum exhibits, creating models for printing from PLA, PETG or technical filaments such as nylon and carbon composites. It also serves designers and artists excellently.

Technical specifications

Package contents

• Shining3D Einstar Rockit 3D scanner
• 5500 mAh battery
• USB Type-C cable
• Power adapter with 60W PD 3.0 support
• Set of calibration markers (starter)
• Calibration board
• Carrying case
• User documentation