Incoming stacks of panels are aligned and fed. The rake arm feeder has intermediate forks for uninterrupted feeding of panels.

Panels are fed into an indexer, which lowers panels down onto the first double end tenoner. As a result, no floor pit is required.

Feeder, indexer, first DET, and second DET.

Toe notch hole drill and back corner chamfering.

Panels are processed as doubles until the splitter, which splits the double into two panels and machines a rabbet in each.

Fast, servo-powered stacker stacks ready-to-assemble panels on a pallet.

Overhead view of Creative Automation cabinet base/wall end and back panel cell.

Overall view showing the complexity of a Creative Automation panel drill, which has automatic setup and can accommodate a wide variety of hole patterns.

Servo-driven, feed-through drill in a kitchen cabinet panel manufacturing cell.

Storage cabinet panel drilling and routing machine.

This drill has selectable drill spindles that are automatically advanced as needed based on part recipe. Changeovers are just seconds since there’s no need to manually install or remove bits.

Since there is so much wire on a roll, operators hardly ever have to load a new roll. This results in more uptime. This, along with a significant reduction in fastener costs, results in big savings.

Clamping force is controlled by servos. Amount of force is set through the touch screen. Doors are clamped square.

Mitered joint with four pins. Pin locations are programmable and are positioned with X-Y servos.

Cope & stick joint with two pins.

Base end panel toe notching saw with panel in position prior to cutting.