This Anthon Cutting System is a used wood saw — sometimes referred to as a panel saw — designed for precision cutting of wood-based panel materials. Machines of this type are used in furniture manufacturing, joinery, and timber processing operations where accurate, repeatable cuts across large panel formats are required. Anthon is a recognised manufacturer of cutting systems serving the woodworking and panel processing industries.
Manufactured in 1994 and located in Germany, this system is built around a saw carriage equipped with both a scoring saw and a main saw, enabling clean entry and exit cuts on faced and laminated panels. The maximum package height capacity is 150 mm, making it suitable for cutting stacked batches of panels in a single pass. The control system is a Siemens S5, a robust industrial programmable controller widely used in automated production lines of this era.
The cutting unit is complemented by an extensive material handling and feeding system. The feeding system, manufactured by Systraplan in 1989 and also controlled by a Siemens S5 unit, incorporates a portal feeding arrangement with a suction crossbeam for secure, accurate panel positioning. It includes one stacking position, two stacking stations for collecting protective plates, a buffer roller conveyor positioned in front of the feeding system, and one additional buffer station.
A paternoster unit of type MRB-HUBKORB-EHK-3 with two levels is included. This device collects identical stiffener packages to optimise material utilisation at the crosscut saw. The stacking side of the line is handled by a Holzma Liftomat stacking system, manufactured in 2004, comprising four storage spaces each served by a roller conveyor lifting station. The system accommodates four Liftomat unit types — HAU A 25/8, HAU B 25/8, HAU A 25/12, and HAU B 25/12 — and requires pit installation. A buffer roller conveyor is also provided after the stacking section.
The waste disposal line integrates a Holzma automatic crosscut saw manufactured in 1996, used for processing longitudinal sections. Waste material is then handled by a Masur LZ 800 horizontal chipper manufactured in 2003. Conveyor belts merge the longitudinal and crosscut sections within the waste stream, completing a fully integrated waste management circuit. The system is available from 1 October 2026.
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