See how used chopsticks are stacked, pressed under controlled heat and pressure, and bonded int
See how used chopsticks are sorted, pressed under heat and pressure, and transformed into solid
See how compressed cork plates with dense outer crusts and alveolar cores control temperature d
Pressure- and heat-molded cross-grain wood layers create a thin curved cover plate that resists humidity and temperature deformation.
Roller-guided pressing keeps lumber aligned and force-adjustable during carpentry cutting, reducing rebound and setup difficulty.
Modular frames, fiberglass rods, and composite pads apply controlled pressure to fragile art surfaces without repeated custom support fabrication.
Movable die and press portions shear wood along the pressing direction, cutting force and cracking without heat treatment or thickness change.
Cold dry pressing above 1.5×10^6 N/m² shapes wood along the grain to create sharp edges, smooth faces, and lower porosity.
Wavy plywood strips stacked and pressurized enable robust curved objects with two-direction bending at lower cost than solid wood.
A resin base layer and removable embossing liquid create 3D board grain with sharper depth, accurate pattern alignment, and clear wood visuals.
A lever arm and spur create torque to straighten crook and twist in lumber, enabling one-handed alignment and faster framing.
A swellable wood core expands inside a hollow shell to create rigid frictional joining while enabling easier beam disassembly and recycling.
Hot-melt adhesive smoothing enables direct UV ink printing on porous OSB, eliminating priming needs while improving water resistance.
High temperature and pressure remove moisture from timber while maintaining flexural strength, enabling deep adhesive bonding in a single stage.
Applying wear-resistant primers before embossing preserves three-dimensional texture while improving floor hardness and abrasion resistance.
A method for producing decorative wood surfaces by mixing and gluing cut planar veneer pieces to form a uniform board.
Pre-compressing mat edges prevents dissolution and vibration during transport, reducing material loss and contamination in wood panel production.