Ion Stabilizer
Check the inputs. Make a plan. Bring only what you still need.
Plan Ion Stabilizer →Selected recipe · Mega Press
The source rate is 7.5 Ion Stabilizer 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 |
|---|---|---|
| Epoxy | 7.5 | 1 |
| Liquid Helium | 22.5 | 3 |
| Onboard Instruments | 7.5 | 1 |
| Explosive Charge | 7.5 | 1 |
Default source recipe: mega_press:15. 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 Ion Stabilizer
With no inventory, the selected recipe chain expands to the terminal resources below. The plan contains 36 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 | 43.958 | 44 |
| Goethite Ore | 2.167 | 3 |
| Helium-3 | 65 | 65 |
| Sulphur Ore | 145 | 145 |
| Titanium Ore | 76.493 | 77 |
| Wolfram Ore | 60 | 60 |
Already have Ion Stabilizer or any of its intermediate parts? Open this target in the inventory-aware planner to calculate the remaining budget.
Show all 36 production steps in dependency order
| Produce | Remaining quantity | Selected machine |
|---|---|---|
| Calcium Block | 43.958 | Smelter |
| Wolfram Bar | 43.333 | Smelter |
| Calcite Sheets | 51.25 | Fabricator |
| Wolfram Powder | 66.25 | Furnace |
| Calcium Powder | 55 | Furnace |
| Ceramics | 42.5 | Furnace |
| Titanium Bar | 76.493 | Smelter |
| Synthetic Silicon | 37.5 | Furnace |
| Titanium Rod | 40.625 | Fabricator |
| Titanium Sheet | 47.292 | Fabricator |
| Chemicals | 60 | Furnace |
| Glass | 12.5 | Furnace |
| Tube | 42.5 | Fabricator |
| Applicator | 12.5 | Fabricator |
| Sulphuric Acid | 60 | Pressurizer |
| Titanium Beam | 18.333 | Fabricator |
| Goethite Ingot | 5 | Pyro Forge |
| Hardening Agent | 25 | Furnace |
| Pressurized Helium | 25 | Pressurizer |
| Titanium Housing | 18.333 | Furnace |
| Wolfram Wire | 17.5 | Fabricator |
| Goethite Powder | 20 | Compounder |
| Inductor | 5 | Furnace |
| Liquid Helium | 40 | Compounder |
| Rotor | 10 | Fabricator |
| Stator | 5 | Fabricator |
| Synthetic Resin | 10 | Compounder |
| Wolfram Plate | 25 | Fabricator |
| Wolfram Steel Ingot | 16.667 | Pyro Forge |
| Electronics | 5 | Furnace |
| Epoxy | 20 | Compounder |
| Reinforced Housing | 25 | Mega Press |
| Stabilizer | 10 | Fabricator |
| Explosive Charge | 10 | Assembler |
| Onboard Instruments | 10 | Assembler |
| Ion Stabilizer | 10 | Mega Press |
Have intermediate parts in storage? Follow the Rotor inventory example to see how stock reduces upstream gathering.
What uses Ion Stabilizer?
The selected default recipes below directly consume Ion Stabilizer. Open an output item to inspect its complete dependency chain.
- Quantum Tranqualizer — 1 Ion Stabilizer per output item, using Constructorizer.
- Carbon Sonar — 1 Ion Stabilizer per output item, using Constructorizer.
- Ion Bomb — 2 Ion Stabilizer 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.