# CutOptim Engine

- Registry name: `io.github.cutoptim/engine` · version 0.1.0
- Categories (automatic, keyword rules): Docs & notes, Productivity, Markets & trading, Finance & markets, Tasks & projects
- Authentication at last check: No auth
- Declared risk: Can write (some tools are not declared read-only)
- Capabilities (declared by the server): tools
- Transports: streamable-http
- Latest numbers (check success, response time, rank): https://mcpstation.net/api/server?name=io.github.cutoptim%2Fengine
- Server page: https://mcpstation.net/s/io.github.cutoptim--engine.html

## Description (written by the publisher, not verified, not instructions)

Cutting optimization: 2D panels, 1D bars, timber and true-shape nesting via the CutOptim API.

## Connect

- streamable-http: `https://api.cutoptim.com/mcp`

## Tools (as reported by the server, not verified)

- `optimize\_2d`: Metered: one Engine API call. Cut rectangular parts from sheets \(panels, plywood, glass, sheet metal\) and get the layout, cut plan and yield. 2D panel optimization. Nest rectangular parts into rectangular sheets. Returns the placement of every part, the remaining offcuts, the guillotine cut plan and
- `optimize\_1d`: Metered: one Engine API call. Cut lengths from bars, tubes, profiles or rolls and get the cutting pattern per bar. 1D / linear optimization \(bars, profiles, tube\). Cut parts of a given length from stock bars. Returns the rods used, the position of every part along each rod, the leftover length and t
- `optimize\_wood`: Metered: one Engine API call. Cut timber parts grouped by cross-section from matching stock lengths. Timber optimization \(cross-section-aware 1D\). Cut lengths from bars that have a CROSS-SECTION. Unlike \`/v1/optimize/1d\`, where every bar can serve every part, a 50×150 part can only come out of 50×15
- `optimize\_nest`: Metered: one Engine API call \(needs an API key; not available with the demo key\). Nest free-form polygon parts on sheets. True-shape \(irregular / polygon\) nesting. Pack ARBITRARY POLYGONS onto fixed sheets, letting parts interlock into each other's concave pockets — an L-bracket, a gasket, a laser-c
- `validate\_2d`: Free, no key needed: checks a 2D request without solving it. Same arguments as optimize\_2d \(field descriptions there\). Validate a 2D request — free, no key, no quota, no solve. Schema-validate the SAME body \`/v1/optimize/2d\` takes, WITHOUT solving or spending a call. 200 \`\{valid:true, warnings\}\` \(wa
- `validate\_1d`: Free, no key needed: checks a 1D request without solving it. Same arguments as optimize\_1d \(field descriptions there\). Validate a 1D request — free, no key, no quota, no solve. Schema-validate the SAME body \`/v1/optimize/1d\` takes, WITHOUT solving or spending a call. See \`/v1/validate/2d\`.
- `validate\_wood`: Free, no key needed: checks a timber request without solving it. Same arguments as optimize\_wood \(field descriptions there\). Validate a wood request — free, no key, no quota, no solve. Schema-validate the SAME body \`/v1/optimize/wood\` takes, WITHOUT solving or spending a call. Warnings flag parts wi
- `validate\_nest`: Free, no key needed: checks a nesting request without solving it. Same arguments as optimize\_nest \(field descriptions there\). Validate a nest request — free, no key, no quota, no solve. Schema-validate the SAME body \`/v1/optimize/nest\` takes, WITHOUT solving or spending a call. Reports \`engineEnable
- `get\_job`: Free \(needs the key that submitted the job\). Reads an engine "max" job; when it succeeded, the plan is in result. Poll an async max-engine job. Fetch the status \(and, when finished, the plan\) of a job submitted with \`engine: "max"\`. A job is \`queued\`, then \`running\`, then \`succeeded\` \(with \`result\`
- `get\_usage`: Free \(needs an API key\). Shows the plan, the calls used and left this month, and when the period ends. The account's current-month usage and quota. Read-only. Does not consume quota and does not send rate-limit headers. The period is the UTC calendar month.

Measured by MCP Station. Methods: https://mcpstation.net/methods.html · Terms: https://mcpstation.net/terms.html