Plywood is a re-engineered material. We take this layered powerhouse and put it under the digital knife. CNC machining transforms simple sheets into complex, high-precision components. It’s where the timeless strength of wood meets the absolute precision of modern technology. Stop bending to the limits of material. Start commanding it.
KEY BENEFITS
This isn’t just about making parts. It’s about making smarter parts—faster, stronger, and more cost-effectively.
| Benefit | What It Means For You |
|---|---|
| Unbeatable Value | The king of cost-to-performance. Get the stability and machinability of engineered materials for a fraction of the cost. Perfect for prototypes and production runs. |
| Surprising Strength | The cross-grain laminate structure means no weak points. It resists cracking, warping, and splitting under stress that would shatter solid wood. |
| Lightweight & Rigid | Create large-format panels and structures that are strong yet easy to handle and transport. Ideal for applications where weight is a critical factor. |
| A Designer’s Canvas | From intricate cutouts and complex joinery to 3D relief carving, if you can design it, we can machine it. Unleash your most ambitious designs. |
| Fast-Tracked Timelines | CNC machining is fast. We go from your digital file to finished parts in days, not weeks. Accelerate your entire development cycle. |
APPLICATIONS
From the workshop to the main stage, CNC plywood is the unsung hero in countless industries.
| Industry | Real-World Uses |
|---|---|
| Prototyping & Models | Functional prototypes, architectural models, scale models, mock-ups, and form-and-fit testing. |
| Furniture & Fixtures | High-end custom furniture, flat-pack kits, complex shelving, retail displays, and trade show booths. |
| Aerospace & Marine | Interior panels, lightweight structural templates, drone frames, and composite tooling masters. |
| Transport & Packaging | Custom jigs and fixtures, reusable shipping crates, and bespoke inlay packaging for high-value goods. |
| Specialty & Creative | Signage, artistic installations, speaker enclosures, pattern-making for casting, and educational kits. |
TECHNICAL SPECIFICATIONS
| Property | Description & Typical Values |
|---|---|
| Core Composition | Cross-laminated veneers with alternating grain directions (typically 90°). Higher-grade cores use more, thinner plies with fewer voids. |
| Common CNC Grades | Baltic Birch: The gold standard. All birch plies, void-free core. Marine Grade: Waterproof adhesive, often with durable face veneers. ApplePly® / Multi-Core: Premium, void-free core with decorative face veneers. |
| Density | Varies by species. Birch Plywood: ~45-50 lbs/ft³ (720-800 kg/m³). Higher density than many softwood plywoods. |
| M.O.R. (Modulus of Rupture) | Birch Plywood (approx.): 8,000 – 10,000 psi (55 – 69 MPa). Indicates high bending strength. |
| M.O.E. (Modulus of Elasticity) | Birch Plywood (approx.): 1,200,000 – 1,800,000 psi (8,300 – 12,400 MPa). Indicates high stiffness and rigidity. |
| Internal Bond Strength | Birch Plywood (approx.): 90 – 120 psi (0.6 – 0.8 MPa). Measures ply adhesion; critical for clean machining. |
| Screw Holding Capacity | Excellent. The cross-laminated structure provides superior holding power compared to solid wood and MDF. |
| Moisture Content | 5-10% at time of manufacture. Must be stored in a climate-controlled environment to maintain stability. |
| Formaldehyde Emissions | CARB Phase 2 Compliant / E1 (≤ 0.05 ppm) standard. E0 (≤ 0.01 ppm) and NAF (No Added Formaldehyde) options available. |
| Finish & Appearance | Fine, sanded surface. Can be finished with paint, stain, oil, or clear coat. The edge reveals distinctive, decorative ply lines. |