Rotary Cut
The log rotates against a blade set at a shallow angle to the wood, following the tree’s growth rings.

Veneer cutting and matching techniques, explained to help you make the right choices before contacting your distributor.

The cutting method determines the grain appearance of each veneer sheet.
The log rotates against a blade set at a shallow angle to the wood, following the tree’s growth rings.
The half log is sliced parallel to a line through its center, giving the grain a cathedral or crown structure.
The cut is made perpendicular, at a 90-degree angle, to the tree’s growth rings.
The cut is made at an angle roughly 15 degrees off the perpendicular position used for the quarter cut.
Matching determines how veneer sheets are assembled and joined together.
A single piece, cut to the desired dimensions, is used, so the veneer sheet has no joints.
Obtained when several adjacent pieces from the same log are placed alternately, like the pages of a book, and glued together.
Obtained when several adjacent pieces from the same log are slid side by side, always in the same direction, and glued together.
Obtained when adjacent pieces from the same log are flipped end to end in alternation, rather than slid in the same direction, creating a repeat effect different from standard slip matching.
The sheet is made of pieces of the same species but dissimilar in grain and color, to simulate a random-board effect.
Each sheet is assembled from an even or odd number of veneer pieces of uniform width.
Each sheet is assembled from an even number of veneer pieces of uniform width, creating a joint at the center.
Achieved when leaves are joined end to end with alternating orientation, creating a mirror effect at the joint.
Achieved when leaves are joined end to end to extend the sheet’s length, keeping the same grain direction from one leaf to the next.
Achieved by joining four leaves cut on the diagonal, with the grain of each pointing toward the center, creating a diamond-shaped pattern.
Achieved by joining four leaves cut on the diagonal, with the grain of each running outward from the center, creating a radiating diamond pattern.
Achieved by arranging four square-cut leaves, each rotated 90° from its neighbor, so the grain forms a checkerboard pattern around the center point.
Achieved by mirroring four square-cut leaves horizontally and vertically, rather than by rotation, so the grain reflects symmetrically across all four quadrants around the center point.
Achieved by joining two leaves cut on the diagonal and laid in mirror image, so the grain forms a single continuous V at the center of the panel.
Achieved by arranging numerous triangular leaves around a central point, with the grain of each radiating outward, forming a circular sunburst medallion.
A free-form assembly technique where different veneer species and colors are cut and juxtaposed to create a decorative or artistic composition, rather than a repeating geometric pattern like the matches above.