A 5-axis carpentry machine for timber construction with flexible sawing, drilling, and miter processing capabilities. Features dual main spindles and automated tool changing for complex timber component manufacturing.
The BEAMTEQ B-560 is a 5-axis CNC carpentry machine purpose-built for timber-frame construction and large-section component processing. It delivers simultaneous multi-axis machining for complex architectural timber work, combining sawing, drilling, and angled miter operations in a single setup, eliminating repositioning and manual intervention. The machine's core differentiator is its dual 20 kW main spindles paired with the FLEX5 processing unit, which rotates through 360 degrees and tilts across a full 90-degree swivel range. This enables true 5-axis capability for compound angled cuts, roof rafter assembly cuts, and complex notching operations on solid timber sections up to 200 × 455 mm. The 12-slot automatic tool changer minimizes changeover time, while the extended working length of 16.5 m (with operator intervention points) accommodates full-length structural timbers typical in post-and-beam and timber-frame construction. The B-560 is engineered for medium to industrial carpentry operations processing engineered timber components, architectural beams, glulam elements, and prefabricated timber-frame assemblies. It targets workshops producing 50+ components weekly at production volumes where semi-automated processing justifies investment but where design variability demands machine flexibility. Primary materials include solid softwood and hardwood structural sections, glued-laminated beams, and cross-laminated timber (CLT) edge processing. Within the timber construction machinery class, the B-560 bridges gap-frame and full-format gantry machines by concentrating on the high-complexity, mid-volume processing segment. Its dual-spindle architecture and rotating FLEX5 unit provide capabilities typically found in larger portal systems but within a footprint suitable for established regional carpentry operations.
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