Bambu Lab Vision Encoder for H2D series

Bambu Lab Vision Encoder – Accuracy and Comfort for Professional 3D Printing

Precise Measurement and Motion Calibration
The Vision Encoder uses optical measurement with 5 μm resolution and a matrix of over 10,000 code markers. This enables calibration of movement in the X and Y axes with accuracy below 50 μm, which is less than the thickness of a human hair. The result is high dimensional accuracy of prints without the need for additional adjustments.

Consistent Results Even with Large Models
Calibration accuracy remains constant regardless of the size of the printed model. This is crucial especially when printing large or complex parts, where common deviations can affect final assembly or functionality.

Simple and Fast Process
The entire calibration process takes about 5 minutes and is fully integrated into the Bambu Studio software. Calibration lasts for several weeks, minimising the need for frequent adjustments and saving user time.

Automatic Compensation in Software
The Vision Encoder works with Bambu Studio features that enable automatic compensation for hole contours and other details. This makes it possible to achieve quality comparable to injection-moulded parts and easy assembly of prints.

Stability and Long-Term Reliability
The tool compensates for wear and changes in printer mechanics, ensuring stable results over the long term without the need for complex user intervention. Regular calibration is recommended especially for applications with high demands on accuracy.

Technical Specifications

• Material: metal, plastic
• Colour: black, white
• Package dimensions: 393 × 380 × 15 mm
• Package weight: 0.73 kg

Usage Recommendations

• Before calibration, check the cleanliness of the print head camera and the Vision Encoder surface.
• Perform calibration on a cooled print bed.
• After completing calibration, store the Vision Encoder in a safe place.

Bambu Lab Vision Encoder is suitable for users who require maximum accuracy, stability, and comfort when printing technical or dimensionally demanding models.