Phone-camera modules are one of the most critical components in a handset; their quality directly determines the overall device grade.
As OEMs tighten processing standards, the conventional manual method—hand-picking, tray-arranging and visual checking—has become unacceptable: high labour cost, low speed, frequent mis-handling and zero in-line inspection.

Legacy automated bowls are little better: they use a single linear track, occupy a large footprint, feed unstably and are incompatible with miniaturised equipment.
Tiny camera modules can easily be shaken off the track, causing pick-place failures that still need manual re-alignment.

Danikor has developed a purpose-built flexible vibratory bowl for camera-module automation.
It combines motor-driven 3-axis vibration with vision-guided selection, delivering gentle, programmable agitation that orients parts while protecting their surfaces.
Key advantages:

• Recognises top vs. bottom side and rejects defective units during the same cycle

• No jamming, no mix-up, no scratches; ESD-safe material

• One-button recipe change-over and one-button clear—no mechanical adjustments—ideal for high-mix / low-volume production

• Compact footprint supports equipment downsizing

• Smooth, repeatable feeding that dovetails with robot pick-and-place, raising both takt rate and first-pass yield

By integrating automatic tray-arranging, orientation and inspection in a single station, Danikor’s flexible bowl moves phone-camera-module production one step closer to lights-out manufacturing, while freeing operators for higher-value tasks and delivering immediate ROI for customers.