MCP For Claude Marketplace
Lumber Cut List Generator

Lumber Cut List Generator MCP Connector for Claude

A+

Optimize wood cutting from standard lumber and plywood stock.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

The Lumber Cut List Generator is an optimization engine designed to minimize waste when preparing projects. Using the First-Fit Decreasing (FFD) algorithm, it calculates the most efficient way to cut parts from standard 2x4 lengths (8ft, 10ft, 12ft) and 4x8 plywood sheets. The server provides tools like validate_material_list to check part feasibility, optimize_lumber_cuts for linear stock distribution, optimize_ply..'to handle grain direction constraints in plywood projects. It also features summarize_project_inventory` to generate a consolidated shopping list of all required materials.

lumberplywoodcutting-listoptimizationwoodworking

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

optimize_plywood_cuts

Calculate optimal placement of 2D parts onto plywood sheets

validate_material_list

Verify that the provided parts list is physically possible

optimize_lumber_cuts

Calculate optimal distribution of linear parts across standard 2x4 lengths

summarize_project_inventory

Aggregate results from both lumber and plywood optimizations into a shopping list

See how to talk to your AI agent using Lumber Cut List Generator.

I have a list of 2x4 parts: two 3ft pieces and one 5ft piece. What stock do I need if I have 8ft boards available?

You will need one 8ft board. The first board will contain the 5ft piece and the 3ft piece, leaving 0ft of waste.

Check if these plywood parts are valid: a 5ft x 9ft part for a 4x8 sheet.

The part is invalid. A 5ft x 9ft part exceeds the maximum dimensions of a standard 4ft x 8ft plywood sheet.

Generate a shopping list for my project using the results from my lumber and plywood optimizations.

Your consolidated shopping list is: 3x 2x4 8ft, 1x 4x8 Plywood sheet. Total project waste is estimated at 4.5%.

The engine uses a First-Fit Decreasing (FFD) approach. It sorts all parts by size in descending order and attempts to place each part into the first available piece of stock that can accommodate it, minimizing leftover waste.

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