ATEMAG, a leading supplier of CNC aggregates for the woodworking industry, presents a technical enhancement of its proven flush trimming aggregate. Thanks to an innovative design and the use of new technologies, the CNC aggregate can now be offered at a lower cost without sacrificing quality and performance.

Innovation in edge processing

The flush trimming aggregate is primarily used in the edge finishing of panel materials. Here, protrusions of the glued edges are removed and a radius or chamfer is milled flush at the same time, resulting in a precise and even edge. This technique, known as flush milling of edges, is used for kitchen worktops or furniture elements, for example. Solid wood steps are also processed flush with the floating aggregate in staircase production. Thanks to the individual probing technology of the aggregate, edges can be probed and processed simultaneously and separately (from above and below). Both sides of the workpiece panel are copied individually and compensate for unevenness and thickness variations. The processing time is also considerably reduced by processing on both sides.

Cost efficiency and flexibility

By reducing the number of components and optimizing the design, ATEMAG has succeeded in making the flush milling aggregate more cost-effective. The savings are passed on directly to the customer, making the aggregate available at a more attractive price. Despite the cost reduction, the high quality and performance of the aggregate remains unchanged.

The standard version of the aggregate is equipped with a vertical feeler. An optional horizontal scanning of the edge is also available, which enables a probing range of ±2 mm. This flexibility allows an even greater variety of applications in different areas of woodworking.

With this technical innovation, ATEMAG is once again setting new standards in the woodworking industry. The improved flush trimming aggregate not only offers greater efficiency and precision, but also an attractive cost structure. Woodworking companies thus benefit from an advanced technology that both reduces production costs and increases the quality of the end products.