Knowledge · 3D bin picking

3D bin picking: from messy bin to a reliable grasp

When 3D bin picking fits, what drives cycle time, how pose estimation and grasp planning work together, and when a simpler route is enough.

3D vision

In this guide

Start here

When 3D bin picking is needed

Separate 2D, 3D guidance and true bin picking.

What drives cycle time

Scan, compute, grasp, collision and robot motion.

Pose estimation

Stable 6D pose, model and calibration.

Grasp planning

From grasp candidate to an executable robot pose.

Read next

Related guides

2D vs 3D robot vision

Hand-eye calibration

Comparing 3D sensing

Selecting a 3D camera

Feasibility checklist

Solution: 3D Bin Picking

Want to know if your bin is feasible?

Share product photos, bin fill, gripper and takt target. We will say which path is worth testing.

Discuss 3D bin picking Go to the solution page

From guide to project

Ready to move from understanding 3D bin picking to a concrete robot vision project? Follow the solution path or check when depth sensing is actually required.

3D bin picking solution

Pose estimation, grasp planning and robot integration for random-bin picking.

When is 3D bin picking needed?

Decision criteria before you commit to depth cameras and robot vision.