The SVS Single Vertical Saw simplifies the removal of the third side of a log during processing. Positioned behind the TVS, it prepares the cant for resaw processing.
The SVS Single Vertical Saw is a specialized primary processing machine designed to remove the third side of a log during cant preparation, positioned downstream of the TVS in a typical sawmill workflow. It bridges the gap between initial log breakdown and multi-blade resaw processing by squaring and dimensioning material to optimize recovery in subsequent milling stages. The machine accommodates material up to 400mm wide by 250mm high, with a maximum cutting width of 300mm, enabling operators to process cants and large dimension lumber in a single pass. Material movement is controlled via a steel spiked chain belt feed system capable of 25 meters per minute, supported by integral infeed and outfeed roller tables that ensure consistent material presentation and evacuation. A standard laser alignment system allows operators to position cuts with precision, reducing setup time and minimizing manual adjustment errors during production runs. The SVS targets medium to industrial-scale sawmills and primary timber processors that run cant-through-board workflows and require consistent third-side dressing before resaw operations. It is particularly suited for operations processing softwood and hardwood species where initial log breakdown must be followed by precision dimensioning to maximize yield. The machine's capacity and feed speed align with mills operating at 8–16 hour daily production cycles with output volumes of 20–40 cubic meters per day. Within its product class, the SVS provides a cost-effective alternative to multi-blade edging systems by combining simplicity with sufficient capacity to handle premium dimension material. Its single-blade design minimizes blade inventory complexity while the high feed rate (25 m/min) maintains throughput parity with integrated mill lines, making it ideal for retrofitting into existing primary processing sequences or as a standalone sizing operation.
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