Frame and Reinforcement Integration

The frame or internal or perimeter solid wood core of the panel allows the product to be worked like a traditional panel.
The size of the frame is defined with the customer based on the processing that will be carried out on the panel.

Reinforcement Integration in honeycomb panels

DEVELOPMENT PROCESS

Stratigraphic study →

Frame Integration

- Material selection →

- Geometry definition →

Edging →

Coating with laminate →

CNC machining →

Tool insertion →

Perimeter frames

Perimeter frame on all sides or part of them, for edging or hardware insertion

Internal frames

Internal frames for the insertion of hardware or for the creation of holes, through holes, or various types of milling. Insertion of tubes for cable passage.

Types of frame

The perimeter and internal frames can be made with different materials; the choice of these is made based on the processes that need to be carried out and can be:

MDF

Economical material to use when a support is needed to be lacquered

Plywood

Machined and left exposed to showcase the material. Lightweight and durable, plywood provides excellent structural performance.

Plywood

Can be used between the skins, left exposed, or as an edge-banding support. Lightweight and durable, it provides an ideal substrate for mounting hardware.

Aluminum solid wood

Used where edge banding is not required, it can be painted and offers excellent resistance to water and humidity. It also provides a reliable substrate for mounting hardware.

HPL

It can be used between the skins or machined and left exposed without the need for edge banding, thanks to its technical properties.

High-density expanded polyurethane

Excellent support on which it is possible to edge, excellent water resistance

Technical Documentation

Aluminum profile

When multiple functions are required, the edge reinforcement can be built as a multi-layer structure. In the example shown, it combines MDF, plywood and 3 mm aluminum, configured to create a high-rigidity "H" structure.

Geometry definition

We define the position, shape, and dimensions of frames and solid inserts based on load requirements, hardware, and machining operations, optimizing reinforcement distribution without adding unnecessary weight to the panel.

Do you have

a specific requirement?

We engineer internal frames and solid wood reinforcements according to the specified hardware and service loads, delivering a component ready for assembly.

Request Technical Consultation →