What wood species are available for CNC routed and shaped parts?
We offer a wide range of wood species, including maple, birch, beech, oak, walnut, poplar, and more. Species can be selected based on strength, grain detail, or finish compatibility.
Do you provide mouldings used in seat panels or chair components?
Yes. Many of our moulding runs are used in seating parts, panel construction, and ergonomic applications for precise shaping.
Are these mouldings suitable for use in final products?
Yes. Our parts are made for integration into finished products, not as decorative or architectural trim.
Who typically orders your moulding and dimension components?
Our customers include manufacturers of furniture, fixtures, retail displays, and other high-volume wood-based goods.
What machining or prep options are available for mouldings?
Our capabilities include slotting, grooving, mitering, drilling, rounding, and edge shaping. What you will need specifically depends on the part’s final application.
Can you handle large-scale moulding production for OEM use?
Yes. We specialize in bulk production of moulding profiles for commercial and industrial use, with consistent quality and repeatable output.
Are there wood options that work well for industrial or humid environments?
Yes. Depending on use, we offer species that tolerate environmental changes, such as Cypress or Mahogany. Contact us for more information.
Do you offer mouldings in both stain-grade and paint-grade stock?
Yes. Stain-grade stock is carefully selected for color and grain uniformity. Paint-grade options are great for finishing or coated applications.
What wood species are available for moulding production?
Popular options include Ash, Maple, Beech, Oak, Poplar, Cherry, Walnut, and more. We also offer species suitable for structural use or visual matching with other parts.
Can mouldings and dimension stock be combined in a single production run?
Absolutely. We regularly handle integrated orders combining mouldings with custom-dimension components for B2B and OEM production.