Electromagnet
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Plan Electromagnet →Selected recipe · Assembler
The source rate is 10 Electromagnet per minute. The table below converts each input rate into its theoretical cost per output item. Rates are reference ratios, not a promise about real-world completion time.
| Ingredient | Input per minute | Per output item |
|---|---|---|
| Electromagnetic Coil | 30 | 3 |
| Synthetic Resin | 30 | 3 |
| Accumulator | 10 | 1 |
Default source recipe: assembler:2. Other machine tiers and alternative recipes may use different proportions. This planner selects the first default source recipe for each output.
Worked example: plan 10 Electromagnet
With no inventory, the selected recipe chain expands to the terminal resources below. The plan contains 30 production steps. Theoretical amounts retain fractions; the gathering column rounds each resource up once. Real craft batches may need additional inputs.
| Terminal resource | Theoretical amount | Rounded gathering amount |
|---|---|---|
| Calcium Ore | 107.917 | 108 |
| Helium-3 | 91.25 | 92 |
| Sulphur Ore | 245 | 245 |
| Titanium Ore | 162.396 | 163 |
| Wolfram Ore | 156.25 | 157 |
Already have Electromagnet or any of its intermediate parts? Open this target in the inventory-aware planner to calculate the remaining budget.
Show all 30 production steps in dependency order
| Produce | Remaining quantity | Selected machine |
|---|---|---|
| Calcium Block | 107.917 | Smelter |
| Wolfram Bar | 156.25 | Smelter |
| Calcite Sheets | 157.5 | Fabricator |
| Titanium Bar | 162.396 | Smelter |
| Wolfram Powder | 165 | Furnace |
| Calcium Powder | 87.5 | Furnace |
| Ceramics | 135 | Furnace |
| Titanium Beam | 80 | Fabricator |
| Titanium Rod | 19.375 | Fabricator |
| Titanium Sheet | 179.375 | Fabricator |
| Synthetic Silicon | 80 | Furnace |
| Titanium Housing | 80 | Furnace |
| Tube | 77.5 | Fabricator |
| Wolfram Wire | 67.5 | Fabricator |
| Chemicals | 130 | Furnace |
| Glass | 7.5 | Furnace |
| Inductor | 55 | Furnace |
| Stator | 40 | Fabricator |
| Applicator | 7.5 | Fabricator |
| Electronics | 20 | Furnace |
| Sulphuric Acid | 115 | Pressurizer |
| Wolfram Plate | 135 | Fabricator |
| Battery | 10 | Mega Press |
| Hardening Agent | 15 | Furnace |
| Pressurized Helium | 15 | Pressurizer |
| Supermagnet | 15 | Furnace |
| Accumulator | 10 | Assembler |
| Electromagnetic Coil | 30 | Mega Press |
| Synthetic Resin | 30 | Compounder |
| Electromagnet | 10 | Assembler |
Build an 8-Electromagnet reserve
Use the Electromagnet already built, plus stored Accumulator and Electromagnetic Coil, before expanding the deeper chain.
Set the total goal to 8 Electromagnet, including 2 finished items already owned. After that finished stock is deducted, the engine leaves 6 Electromagnet to produce. Only that remaining production expands into ingredients.
| Stock level | Item | Available | Used by this plan |
|---|---|---|---|
| Finished | Electromagnet | 2 | 2 |
| Intermediate | Accumulator | 2 | 2 |
| Intermediate | Electromagnetic Coil | 5 | 5 |
| Raw | Wolfram Ore | 12 | 12 |
| Raw | Calcium Ore | 8 | 8 |
| Raw | Titanium Ore | 8 | 8 |
What changes on the gathering list?
| Terminal resource | No inventory: gather | With listed stock: gather | Less to gather |
|---|---|---|---|
| Calcium Ore | 8786.333 theoretical | 4847.708 theoretical | 39 |
| Helium-3 | 7373 theoretical | 4443.75 theoretical | 29 |
| Sulphur Ore | 196196 theoretical | 126125.5 theoretical | 70 |
| Titanium Ore | 130129.917 theoretical | 5958.833 theoretical | 71 |
| Wolfram Ore | 125125 theoretical | 5857.292 theoretical | 67 |
A stored Accumulator replaces its complete upstream production requirement for the amount used, while stored coils cover a different branch. Read the theoretical proportions first and round only the final terminal gathering shortfall. The source rates do not establish manufacturing batch sizes or completion times.
Opening an example replaces the plan saved in this browser with an editable snapshot. Export your current plan first if you want to keep it. Copies do not synchronize.
Audit the two engine-generated lists and the remaining production chain
| Terminal resource | Required | Stock used | Remaining, theoretical | Gather, rounded up |
|---|---|---|---|---|
| Calcium Ore | 86.333 | 0 | 86.333 | 87 |
| Helium-3 | 73 | 0 | 73 | 73 |
| Sulphur Ore | 196 | 0 | 196 | 196 |
| Titanium Ore | 129.917 | 0 | 129.917 | 130 |
| Wolfram Ore | 125 | 0 | 125 | 125 |
| Terminal resource | Required | Stock used | Remaining, theoretical | Gather, rounded up |
|---|---|---|---|---|
| Calcium Ore | 55.708 | 8 | 47.708 | 48 |
| Helium-3 | 43.75 | 0 | 43.75 | 44 |
| Sulphur Ore | 125.5 | 0 | 125.5 | 126 |
| Titanium Ore | 66.833 | 8 | 58.833 | 59 |
| Wolfram Ore | 69.292 | 12 | 57.292 | 58 |
Show all 30 production steps in dependency order
| Produce | Remaining quantity | Selected machine |
|---|---|---|
| Calcium Block | 55.708 | Smelter |
| Wolfram Bar | 69.292 | Smelter |
| Calcite Sheets | 83.75 | Fabricator |
| Titanium Bar | 66.833 | Smelter |
| Wolfram Powder | 79.25 | Furnace |
| Calcium Powder | 41.5 | Furnace |
| Ceramics | 59.5 | Furnace |
| Titanium Beam | 32 | Fabricator |
| Titanium Rod | 9 | Fabricator |
| Titanium Sheet | 73 | Fabricator |
| Synthetic Silicon | 37 | Furnace |
| Titanium Housing | 32 | Furnace |
| Tube | 36 | Fabricator |
| Wolfram Wire | 27.25 | Fabricator |
| Chemicals | 66 | Furnace |
| Glass | 4.5 | Furnace |
| Inductor | 22.5 | Furnace |
| Stator | 16 | Fabricator |
| Applicator | 4.5 | Fabricator |
| Electronics | 8 | Furnace |
| Sulphuric Acid | 59.5 | Pressurizer |
| Wolfram Plate | 58.5 | Fabricator |
| Battery | 4 | Mega Press |
| Hardening Agent | 9 | Furnace |
| Pressurized Helium | 6.5 | Pressurizer |
| Supermagnet | 6.5 | Furnace |
| Accumulator | 4 | Assembler |
| Electromagnetic Coil | 13 | Mega Press |
| Synthetic Resin | 18 | Compounder |
| Electromagnet | 6 | Assembler |
All quantities above are generated by the same planning engine as the editable snapshots. The first included default recipe per output is used. Theoretical ratios keep their fractions; only the final terminal gathering shortfall is rounded up. Actual craft batches may need additional inputs. Follow the corresponding field-guide walkthrough.
What uses Electromagnet?
The selected default recipes below directly consume Electromagnet. Open an output item to inspect its complete dependency chain.
- Ion Injector — 1 Electromagnet per output item, using Constructorizer v.2.
- Superconductor — 1 Electromagnet per output item, using Constructorizer v.2.
- Cyclotrone — 1 Electromagnet per output item, using Facturer.
Before you build
The plan combines shared ingredient demand and consumes your inventory once across all targets. Enter any finished parts you already own before collecting raw materials. Rounded gathering quantities are an allowance over theoretical ratios; actual discrete craft batches may need additional supplies.
Dataset: Update 2 · Quality of Life · snapshot retrieved 2026-10-30. Source, version, and assumptions.