TECHNO PROGRESS - CNC Machining Centers for Simultaneous Processing of Beams and Walls

Description

The TECHNO PROGRESS is a CNC machining center developed by ESSETRE, under international patents, designed specifically for the simultaneous machining of structural beams, large curved beams, and X-LAM or CLT panels. Recognized for its precision and speed, this machine offers a complete solution for construction and timber framing companies seeking to carry out large-scale projects with a high degree of productivity. With its ability to machine both beams and panels, the TECHNO PROGRESS stands out with an extended work area, capable of handling beams up to 16 meters long and panels up to 3500 mm wide. Its machining system is based on a 5-axis milling unit, equipped with a 12 kW electrospindle running at 7000 rpm, thus guaranteeing high performance even for the most demanding materials. The integration of the automatic beam loader, combined with CNC clamps to move and lock the parts in the work area, optimizes the production flow while reducing downtime. The automatic references in the beam and wall loading areas allow precise positioning, thus minimizing errors and improving the overall efficiency of the process. Like all models in the ESSETRE range, the TECHNO PROGRESS is supplied with the advanced E Live software, offering a three-dimensional visualization of parts and machining operations in real time. The software is compatible with the most common CAD CAM programs and is equipped with a simulation and anti-collision system, thus guaranteeing maximum safety and a reduction of errors during the manufacturing process. This machining center is particularly suited for projects in the construction, assembly, and machining of wooden structures sectors, whether beams, walls or large panel structures. Its ability to process large volumes and its flexibility make the TECHNO PROGRESS a solution of choice for companies seeking to optimize their operations and improve the quality and precision of their final products.

Caractéristiques techniques