MCP For Claude Marketplace
Wine Bottling & Filling Calculator

Wine Bottling & Filling Calculator MCP Connector for Claude

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Calculate production timelines, material needs, and unit costs for wine bottling lines.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized logistics and capacity planning for wine production. It connects AI agents to precise calculation tools for bottling operations. Use get_production_timeline to determine how long a run will take based on line speed and efficiency. Use estimate_material_needs to calculate required closures and inert gas for headspace displacement. Finally, use calculate_operational_cost and get_case_metrics to derive total production costs and cost per case.

winebottlingproductionlogisticsmanufacturing

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

calculate_operational_cost

Estimates the total cost of a production run based on time and consumables

estimate_material_needs

Calculates the quantity of closures and inert gas required for a production run

get_case_metrics

Converts bottle-level production data into standard case-level logistics

get_production_timeline

Determines how long it will take to meet a specific production target

See how to talk to your AI agent using Wine Bottling & Filling Calculator.

How long will it take to produce 5000 bottles if the line speed is 50 bottles per minute and efficiency is 85%?

At an efficiency of 85%, your hourly output is 2550 bottles per hour. To produce 5000 bottles, it will take approximately 1.96 hours.

Calculate the material needs for 1000 bottles of 0.75L wine with a 0.7L fill height and a gas factor of 1.2.

For 1000 bottles, you will need 1000 closures (plus buffer) and 90 liters of inert gas.

What is the cost per case for 1200 bottles packed in cases of 12?

With 1200 bottles packed 12 to a case, you will produce 100 cases. The cost per case is the total production cost divided by 100.

You can use the `get_production_timeline` tool. Provide the target volume, the theoretical line speed, and the efficiency decimal to get the total hours required.

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