The invention advocates a thermocompression equipment to obtain recyclable bee honeycomb with high mechanical resistance, which by means of the proposed configuration allows a manufacturing at high speed and with an optimized operating width. To do this, the equipment presents a heating and continuous pressing area of the fed sheet, an cooling area, a caradrada area, and a molding area. Advantageously, the molding area has formed rollers provided with protuberances that are available in continuous rows distributed on the surface of the forming rollers so that these rows are arranged transversely with respect to the direction of feeding of the sheet. In this way recyclable bee honeycomb plates are obtained. The procedure followed from the premanized thermocompression team is also the object of the present invention. (Machine-translation by Google Translate, not legally binding)