MCP For Claude Marketplace
Shaking Table Design Engineer

Shaking Table Design Engineer MCP Connector for Claude

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Calculates physical parameters and capacity requirements for mineral processing shaking tables.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing gravity separation systems. It allows AI agents to calculate precise table dimensions using get_single_table_specs, determine fleet arrangements with calculate_fleet_requirements, optimize deck layouts via design_deck_configuration, and establish necessary wash water volumes through water_requirement_calc. It is designed for mineral processing engineers to automate capacity and configuration planning.

mineral-processinggravity-separationshaking-tableengineering-toolsmining-design

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

calculate_fleet_requirements

Determines how many tables are needed to meet the total feed rate and how they should be arranged

design_deck_configuration

Determines the physical setup of the decks, including width and length ratios, to optimize particle travel

get_single_table_specs

Calculates the required dimensions and area for a single shaking table based on the target feed rate

water_requirement_calc

Calculates the necessary wash water flow rate to maintain proper separation

See how to talk to your AI agent using Shaking Table Design Engineer.

What are the dimensions for a single table processing 5 tonnes per hour with a mineral density of 3.5 and feed density of 2.5?

The required table will have a deck length of 2.5m and a deck width of 1.2m, providing a total deck area of 3.0m².

How many tables do I need for a 20 tph feed if each table has an area of 2.5m² in a parallel configuration?

You will need 8 tables arranged in a parallel configuration to meet the 20 tph feed rate.

Calculate the wash water needed for 10 tph feed, mineral density 4.0, and a water-to-feed ratio of 2.0.

The required wash water flow rate is 20.0 m³/h.

You can use the `calculate_fleet_requirements` tool by providing the total feed rate, the area of a single unit, and your preferred configuration (parallel or series).

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