3D Scanner Peel 3D Peel 2-S
Peel 3D Peel 2-S 3D scanner, based on the same technology as its predecessor, Peel 2 3D Scanner, is optimized for 3D scanning of smaller parts. An excellent portable 3D color grabbing scanner that you can take with you to work in any environment.
It has a narrower field of view of 143 x 108 mm, which provides excellent resolution down to 0.1 mm. Peel 2-S is suitable for making 3D copies of small and large objects ranging in size from 5 to 50 cm. The Peel 2-S has a high accuracy of up to 0.1 mm. At the same time, all the advantages of the previous versions remained in Peel 2-S: multifunctional software, ease of use, proven quality.
Using a white LED light source, the Peel 2-S obtains surface geometry data with a volumetric accuracy of 0.500 mm/m. It has a fairly high data acquisition rate of 550,000 points per second, which makes it possible to quickly capture geometric data and save it in any of the most popular formats.
Application of Peel 3D Peel 2-S
Since the 3D scanner Peel 2-S automatically recognizes the shape of objects and is able to position not only by marks and geometry, but also by textures, it has ample opportunities for scanning objects. Thus, on some objects Peel 2-S will be able to take geometry even without first applying special marks.
Since the 3D scanner Peel 3D Peel 2-S recognizes colors and can be positioned according to surface features and textures, it will be an excellent assistant:
- for making copies of small and complex objects,
- in reverse engineering,
- detailed scanning of surfaces,
- high-resolution applications.
To improve the scanning results of glossy, shiny, transparent surfaces, matting talcum powder and self-adhesive labels are used. Use Peel 2-S for 3D scanning of objects from 5 cm.
How 3D scanning works
- Scanning. Obtain a point cloud by moving the scanner or object and watching the scan result in real time on the computer screen.
- Mesh creation. Refine, enhance, flatten and export like a pro, with tools you simply won’t find in the other solutions available.
- Export file. Many export formats are available for Peel 3D to work with industry-leading reverse engineering or 3D modeling software.
Considering such parameters as functionality, workflow, ergonomics, etc. when buying a 3D scanner, you will select a 3D scanner to suit your needs. When selecting, special attention should be paid to the specification of the device.
|Light source||White light (LED)|
|Volumetric Accuracy (mm/m)||0,5|
|Scan Range (mm)||143 x 108|
|Stand-off distance (mm)||380|
|Scan with marks||Yes|
|Part size range (m)||0,05 – 0,5|
|Scanning speed (points/s)||550 000|
|Scan Accuracy (mm)||Up to 0,1|
|Texture resolution (DPI)||50 – 250|
|Scan Depth (mm)||100|
|Point distance (mm)||0,1|
|Positioning methods||Geometry and/or targets and/or texture|
|Certifications||EC Compliance (Electromagnetic Compatibility Directive, Low Voltage Directive), IP50, WEEE|
|Supported file types||.dae, .fbx, .ma, .obj, .ply, .stl, .txt, .wrl, .x3d, .x3dz, .zpr|
|System Requirements||Intel Core i7 (4+ cores) – 2.7 GHz or more; Windows 7, 8.1, 10 (64 bits); NVIDIA card with 2GB memory or more / OpenGL 4.5 and later; Memory: 16 GB (min), 32 GB (recommended); Hard Drive: At least 100 GB free space or 200 GB (recommended); 1 × USB 2.0, USB 3.0 compatible|
|Weight Netto (kg)||0,930|
|Dimensions Netto (mm)||154 x 178 x 235|
|Warranty period (months)||12|
|Operating Temperature Range (°C)||5 – 40|
|Operating Humidity Range (%)||10 – 90|
Peel 3D software
What’s really important to note about the Peel 2-S is the software that comes with Peel 3D products.
It is easy to agree that collecting quality data about the geometry of an object is only half the battle. Creaform software provides the ability to process this data and work with it correctly. After all, Creaform is the leader in 3D industrial measurement and metrology.
Packed with powerful tools and features typically found only in premium solutions, it gives you complete control over scan completion and speeds up your work with your data. Easy removal of unnecessary objects, alignment to the original point, combining scans into one object, reflection, several algorithms for automatic filling of voids, reducing the polygonality of the model, smoothing, cropping a part of the model, etc.