Woodworking Cut List Optimizer

Woodworking Cut List Optimizer MCP Connector for Claude

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Minimize lumber waste with deterministic 1D bin packing for cutting plans.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise tools for woodworking professionals to minimize material waste. By applying deterministic 1D bin packing algorithms, it calculates the most efficient way to cut required pieces from available lumber stock. Use cut_list_optimizer to generate complete cutting diagrams, validate_cut_plan to verify specific sequences, and calculate_material_efficiency to track your material yield. It accounts for saw kerf width to ensure every cut is physically possible and accurate.

lumberbin-packingcutting-planmaterial-yieldsaw-kerf

3 tools expose this connector's capabilities to your AI agent.

calculate_material_efficiency

Compares the total useful wood against the total wood consumed to determine yield

cut_list_optimizer

Generates an optimized cutting plan to minimize waste using available lumber

validate_cut_plan

Verifies if a specific proposed cutting sequence is physically possible given the constraints

See how to talk to your AI agent using Woodworking Cut List Optimizer.

Generate an optimized cutting plan for 3 pieces of 500mm and 2 pieces of 800mm using two 2400mm boards with a 3mm kerf.

Board 1: Cut 800mm, 800mm, 500mm. Waste: 297mm. Board 2: Cut 500mm, 500mm, 500mm. Waste: 897mm. Total Yield: 75.4%.

Is it possible to cut three 700mm pieces from a 2000mm board with a 5mm kerf?

No, the total length required for three 700mm pieces and two 5mm kerfs is 2110mm, which exceeds the 2000mm board length.

Calculate the efficiency if I used 1500mm of wood out of 2000mm total.

The material yield is 75% and the waste is 25%.

The `cut_list_optimizer` tool automatically includes the specified `kerfWidth` between every piece cut, ensuring the total length used never exceeds the actual board length.

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