Related Planning Links
Move from Smelter into the item pages and planning tools that most directly shape machine utilization, upstream supply, and downstream throughput.
Common outputs
Common inputs
Smelter Planning FAQ
What does Smelter do in StarRupture?
Smelter supports 3 recipes and runs at 5W in this dataset. Use its recipe list to map where it fits in your production tree before you duplicate machine count.
Which items can Smelter produce?
Smelter commonly produces Calcium Block, Titanium Bar, and Wolfram Bar. Open each linked item page to inspect downstream uses, target rates, and supporting machine requirements.
How should you scale Smelter?
Confirm stable feed rates for Calcium Ore, Titanium Ore, and Wolfram Ore, leave power headroom for synchronized cycles, and compare expected versus actual throughput after each expansion step.
Smelter
5W
By StarRupture Data Team · Verified against in-game machine data
Production Profile
Smelter supports 3 recipes and runs at 5W. Average output across listed recipes is 60.0 items per minute, with peak throughput reaching 60 items per minute.
Common outputs include Calcium Block, Titanium Bar, and Wolfram Bar. Typical inputs include Calcium Ore, Titanium Ore, and Wolfram Ore. Use these recipe cards to map bottlenecks, size supporting machines, and stabilize power demand before scaling.
Smelter often becomes a throughput anchor once your factory starts feeding multiple downstream chains. Before cloning more instances, confirm that upstream extraction, transport, and intermediate crafting can sustain the target load continuously. This prevents hidden bottlenecks where one saturated input line silently limits every dependent product.
Scaling Checklist
- Map the highest-demand outputs first, then reserve power headroom so Smelter can absorb demand spikes without brownouts.
- Validate input feed rates for Calcium Ore, Titanium Ore, and Wolfram Ore and keep at least one buffer tier between gathering and processing nodes.
- Track byproducts and side outputs early; redirecting excess flow usually improves both stability and material efficiency.
- After each expansion step, compare expected versus actual output rates and rebalance transport before scaling another stage.
Capacity Planning Notes
Capacity planning for Smelter should be done in layers. First, stabilize raw input flow and transportation so every crafting cycle can start on time. Second, verify that each added machine produces usable output instead of saturating intermediate storage. Finally, watch how added demand changes neighboring lines, because many bottlenecks only appear after one stage is optimized.
If you are optimizing late-game chains, treat power as a shared system rather than a per-building stat. Spikes from synchronized recipes can make otherwise safe plans unstable. Incremental scaling plus periodic throughput checks usually outperforms large one-time expansions and helps keep failure impact small when recipe priorities change.
Related Recipes (3)
Compare inputs, output rates, and byproduct flow to design stable production lines around Smelter.
