The Batch Engraving function is designed specifically for efficient processing of standardized small-sized items. Built on advanced visual algorithms, Bambu Suite can recognize materials that are similar to the sample, locate them, and generate the same design. It simplifies the design adjustment process, significantly improves engraving efficiency, and makes your manufacturing process more convenient and efficient.
This function captures the processing plane through the BirdsEye Camera, accurately identifies the positions of multiple materials, and achieves batch replication of patterns based on shape similarity. This not only optimizes typesetting efficiency, but also further enhances the automation level of the overall production process.
Placing materials
Place materials of the same size, shape, and color onto the plate (Unless the fine contour extraction is enabled, it is recommended to place it at intervals of more than 5mm).
The object should be placed within the field of view of the overhead camera and should not exceed the boundary of the plate processing area or the field of view of the BirdsEye Camera.
Correctly placed | Incorrect placement:Different Shapes | Incorrect placement:Object Overlap |
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Image Capture Requirements
Material Consistency
All materials must be identical in shape and type, otherwise batch copying of patterns and automatic placement results may be incorrect.
The material color should have a certain difference from the background plate to ensure that the contour boundaries of the objects extracted by Bambu Suite are clear.
The material size needs to be between 2cm and 30cm (shortest edge length). Materials that are too small are difficult to identify, while materials that are too large may exceed the field of view or processing range of the overhead camera.
The material thickness should be less than 5mm. If the material is too thick, the shadow of the material may affect the accuracy of contour extraction.
Reference Position Setup
Fine Contour Extraction
Default Contour Extraction | Fine Contour Extraction | |
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Accuracy of contour | Coast![]() |
Fine(Higher success rate of batch engraving)![]() |
Object Size | Laser Plate:object size>=20mm*5mmCuting Plate:object size>=5mm*5mmUnofficial Plate:not supported | Laser Plate:object size>=20mm*5mmCuting Plate:object size>=5mm*5mmUnofficial Plate:object size>=30mm*30mm (Objects smaller than the recommended size also have the opportunity for batch carving, but as the object becomes smaller, the recognition accuracy will decrease) |
Object Placement | Placement interval > 5mm Objects are not allowed to be placed tightly together, which will cause the recognized object contours to stick together ![]() |
Avoid overlapping placement For objects smaller than the required size, recommend placement interval > 5mm Objects are allowed to be placed tightly. ![]() |
Processing Time | <1s ,generally, it completed immediately after taking a photo (It subjects to your computer performance and task priority defined by the operating system) |
<1s ,generally, it completed immediately after taking a photo (It subjects to your computer performance and task priority defined by the operating system) |
Plate cleaning
Engraving wastes | Scratches on plate | Only supports official |
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- Smaller wasts (less than 5mm in length and width) usually does not affect the extraction of batch engraved target contours. - Larger waste may be identified as engraved objects. |
- Minor engraving scratches usually do not affect batch engraving. - If the engraving scratches are severe, it may affect the accuracy of contour extraction. The plate shown in the following figure is not suitable for batch engraving. |
- The materials need to be placed on official plates. Unofficial plates may be identified as processed materials as a whole. Enable Fine contour extraction: Support unofficial plates |
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The processing time depends on your computer hardware and operating system running status. Usually, the calculation of batch engraving is completed within 1 second after determining the engraving pattern and position.