The Advanced 3D Desktop Scanner for easy 3D scanning, for every user.With the best of photogrammetry it guarantees highly precise and colorfast 3D data of objects from5 to 50 cm, making it the ideal device for fast digitization in E-commerce, documentation or any other field.
The flexible holder system is individually adjustable and allows easy and secure 3D scanning of a variety of objects from 5 to 50 centimeters.
Digitizes objects just as you need: as standard highly precise 3D model or, by advanced settings, in maximum resolution with highest precision.
During the scanning process for the 3D model, the quality sensors automatically take photos in the highest resolution, from different perspectives; you define the number of stops.These captures can be also used for premium 360° product presentation as well as for serial photography of objects from every perspective.
Ideal illumination for a high quality 3D model with true color and perfect details.
Markers installed in the scanner reliably scale the scanned object for a true-to-scale digital 3D copy.
User-friendly, intuitive app interface on the integrated touchscreen for fast and easy 3D scanning.
The scanned object is automatically calculated as a cut-out 3D model after each scan.
The digitized object can be checked via the 3D viewer on the integrated touchscreen – with or without colorfast texture, as you choose.
RapidCompact by DGG allows the creation of a perfect Low Poly version of the 3D model, optimized for MB or number of polygons, with just one click.
Export of the optimized 3D model into the file formats OBJ, glTF (GLB) or USDZ.
Publish the 3D model directly from the app at a 3D platform as RapidCompact.Cloud.
Multiple ports for Ethernet, USB and HDMI allow to connect more hardware components to the scanner if required.
|Scan Time||from 30 seconds (adjustable)|
|3D Resolution||down to 0.2 mm|
|Max. Resolution in Polygons||scalable, up to 40,000,000|
|Low Poly Option||yes|
|Texture||up to 16,384 × 16,384 pixels,16.7 million colors, .jpg or .png|
|Min. Object Size(cylindrical scan area D × H)||50 × 50 mm|
|Max. Object Size(cylindrical scan area D × H)||500 × 500 mm|
|Max. Object Weight||10 kg|
|Data Output Formats||.obj, .glb, .usdz, .ply, .abc, .dae, .fbx, .dxf, .xyz, .pxt, .las|
|Sensors||3 - 6 (5DS R option available)|
|Light||integrated true to life LED cold light system|
|Ports / Interface||1× Ethernet, 2× USB 3.0, 1× HDMI|
|Software Package||botspot SENSOR CONTROL,botspot AUTOMATION SUITE,3D viewer and 3D optimization software (RapidCompact by DGG)|
|Length × Width × Height||1150 × 760 × 1200 mm|
Scan objects from 5 to 50 centimeters for highly precise, colorfast 3D models. Get high-quality 3D data with the botscan MOMENTUM with little or no correction, depending on the requirements of your individual application.
For all 3D samples on this page, no postprocessing was done.
3D models can be viewed from every perspective, rotating them to any conceivable angle and zooming – thus allowing an inspection of the product/object in its entirety, including the interior and details in undercuts. 360° photographs allow specific viewing angles only.
In the viewer, 360 degree photos and 3D models can be displayed as automatic turntable animations. For 3D models it is also possible to animate specific parts of the product/object to simulate structure and functionalities.
Comments and explanations by text, photos or videos can be built into both, 360 degree images and 3D models, to provide extra information about the product/object.
3D models are photorealistic renderings that, depending on the quality of the 3D model, are hardly to distinguish from photographs. Thanks to their three-dimensional structure, 3D models allow meaningful implementation in VR and AR applications.
For products/objects that offer different color or texture options, the 3D models can be easily modified by changing color or texture to provide those variations. For 360 turntable photos, each different version of the product/object requires a new photoshoot.
The quality of high-resolution 360° photos drops when decreasing file size. For high-resolution 3D models there is an easy approach by reducing the number of polygons. These Low Poly 3D models produce a much smaller file size but retain their high-quality appearance. Thus, Low Poly 3D models are best suitable for implementation in different kind of applications.