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  • The OEM kiteboard production process involves several essential stages:

  • Design and Conceptualization: Collaborating with designers to establish specifications, including size, shape, rocker profile, and graphics.

  • Material Selection: Choosing suitable materials, which may include foam cores, fiberglass or carbon fiber for structure, and high-density plastic for the base.

  • Core Construction: Shaping the foam core, often using CNC machines to achieve precise dimensions and flex characteristics.

  • Lamination: Layering the core with fiberglass or carbon fiber and resin, then placing it in a vacuum or heat press to cure. This step enhances the board's strength and durability.

  • Base Attachment: Applying a durable base material (often made of HDPE) along with reinforced edges to improve durability against impacts.

  • Finishing Touches: Sanding the edges, applying graphics, and adding any additional features such as foot straps or pads ( optionally ).

  • Quality Control: Conducting tests for performance, durability, and safety to ensure the product meets industry standards.

  • Packaging and Distribution: Final packaging of the kiteboards before they are distributed to retailers or directly to consumers.

 

Throughout the OEM production process, attention to detail and quality assurance are crucial to ensure that the kiteboards meet the specific requirements of riders. If you need further details or have questions, feel free to ask!

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  • The OEM volume boards production process involves several key stages tailored to creating high-performance surfboards ( wing foil, kite foil, pump foil, surf foil, foil assist boards) with increased buoyancy and stability. Here’s an overview:

  • Design and Development: Collaborating with designers to determine the specifications, including volume, shape, rocker, and graphics. This step focuses on optimizing performance for various conditions.

  • Material Selection: Choosing appropriate materials like EPS, XPS, or  AIREX foam for the core, fiberglass and carbon glass for reinforcement, and epoxy resin for enhanced durability.

  • Lamination: Layering the shaped core with fiberglass and resin. This process usually involves vacuum bagging ( for samples ) and moulding in aluminum moulds at heated press to cure the materials, ensuring a strong bond and repetability of each product parameters.

  • Finishing: Sanding and smoothing the board’s surface, applying the graphics, and adding features such as foot pads or fins as necessary.

  • Quality Control: Testing each board for performance characteristics, durability, and safety, making adjustments as needed.

  • Packaging and Distribution: After quality checks, the boards are packaged for distribution to retailers or direct to consumers.

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This production process emphasizes precision and attention to detail, ensuring that volume boards meet performance expectations while providing stability and ease of use. If you have more specific inquiries, feel free to ask!

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  • The OEM  ski production process typically involves several key stages:

  • Design and Development: Collaboration with designers to create ski specifications, including dimensions, materials, and graphics.

  • Material Selection: Choosing materials such as wood cores, fiberglass, carbon fiber, and other composites for performance and durability.

  • Molding and Shaping: Using molds to shape the skis. This often involves layering materials for the core, edges, and base, then applying heat and pressure.

  • Finishing: Sanding, polishing, and applying graphics, as well as adding a protective finish to enhance durability.

  • Quality Control: Rigorous testing for performance, durability, and safety standards before packaging.

  • Packaging and Shipping: Final packaging and distribution to retailers or customers.OEM ski manufacturers focus on optimizing production efficiency and maintaining high quality throughout these stages.

 

       If you need more specific insights, feel free to ask!

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  • The OEM snowboard production process involves several critical stages, including:

  • Design and Development: Collaboration with designers to create snowboard specs, including shapes, sizes, materials, and artwork.Material Selection:

  • Choosing materials such as wood for the core, fiberglass for reinforcement, and high-density polyethylene (HDPE) for the base.

  • Core Shaping: Cutting and shaping the wood core to the desired profile and flex pattern, often using CNC machines for precision.

  • Lamination: Layering the core with fiberglass and resin, then placing it in a press to cure. This step determines the snowboard's strength and flex.

  • Base and Edge Application: Attaching the base layer (often made of P-Tex) and the metal edges that provide durability and grip on snow.

  • Finishing: Sanding, trimming, and applying graphics. A protective topcoat is often added for longevity.

  • Quality Control: Testing for performance standards, durability, and safety measures before final packaging.

  • Packaging and Shipping: Finalizing packaging and preparing for distribution to retailers or customers.

 

The OEM snowboard production process emphasizes efficiency, quality, and          customization to meet various market demands. If you need additional details or specifics, let me know!

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