Minimum Order Quantity Calculator

Minimum Order Quantity Calculator MCP Connector for Claude

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Calculates required order packs and logistics efficiency based on pack sizes.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides essential logistics tools to manage inventory fulfillment. It allows AI agents to determine the exact number of packs needed to satisfy a quantity request using the calculate_required_packs tool, ensuring orders are never under-delivered. Users can also use calculate_underfill_risk to check for exact matches, validate_pack_compatibility to verify order bounds, and get_pack_efficiency to measure waste ratios. It acts as a bridge between supply chain requests and standardized pack configurations.

logisticsinventoryfulfillmentsupply-chainorder-management

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

calculate_underfill_risk

Identifies if a specific requested quantity can be met exactly by standard packs

get_pack_efficiency

Measures how "wasteful" an order is in terms of unused units relative to the requested quantity

validate_pack_compatibility

Checks if a requested quantity falls within the acceptable bounds of a specific product's pack configuration

calculate_required_packs

Determines the total number of full packs needed to satisfy a specific quantity request

See how to talk to your AI agent using Minimum Order Quantity Calculator.

How many packs of size 12 do I need to fulfill an order of 50 units?

You will need 5 packs of 12, providing a total of 60 units, which includes 10 surplus units.

Is an order of 100 units valid if the minimum is 50 and the maximum is 150?

Yes, the order of 100 units is valid as it falls within the allowed range.

Will an order of 24 units be an exact match for packs of size 6?

Yes, 24 is a perfect multiple of 6, so it is an exact match with no remainder.

The `calculate_required_packs` tool uses a fulfill-or-exceed logic, rounding up to the nearest whole pack to ensure the requested quantity is fully met.

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