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Orthotoma (talk | contribs)
rearranged recipe table
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{|class="wikitable"
{|class="wikitable"
|-
|-
! Process !! Input !! Output
! Recipe !! Ingredients !! Products !! Technology required
|-
|-
| {{imagelink|Molten iron from lava}}
| {{imagelink|Molten iron from lava}}
| {{icon|Time|16}}{{icon|Calcite|1}}{{icon|Lava|500}}
| {{icon|Time|16}}{{icon|Calcite|1}}{{icon|Lava|500}}
| {{icon|Stone|10}}{{icon|Molten iron|250}}
| {{icon|Stone|10}}{{icon|Molten iron|250}}
| -
|-
|-
| {{imagelink|Molten copper from lava}}
| {{imagelink|Molten copper from lava}}
| {{icon|Time|16}}{{icon|Calcite|1}}{{icon|Lava|500}}
| {{icon|Time|16}}{{icon|Calcite|1}}{{icon|Lava|500}}
| {{icon|Stone|15}}{{icon|Molten copper|250}}
| {{icon|Stone|15}}{{icon|Molten copper|250}}
| -
|-
|-
| {{imagelink|Molten iron}}
| {{imagelink|Molten iron}}
| {{icon|Time|32}}{{icon|Iron ore|50}}{{icon|Calcite|1}}
| {{icon|Time|32}}{{icon|Iron ore|50}}{{icon|Calcite|1}}
| {{icon|Molten iron|500}}
| {{icon|Molten iron|500}}
| -
|-
|-
| {{imagelink|Molten copper}}
| {{imagelink|Molten copper}}
| {{icon|Time|32}}{{icon|Copper ore|50}}{{icon|Calcite|1}}
| {{icon|Time|32}}{{icon|Copper ore|50}}{{icon|Calcite|1}}
| {{icon|Molten copper|500}}
| {{icon|Molten copper|500}}
| -
|-
|-
| {{imagelink|Casting iron}}
| {{imagelink|Casting iron}}
| {{icon|Time|3.2}}{{icon|Molten iron|20}}
| {{icon|Time|3.2}}{{icon|Molten iron|20}}
| {{icon|Iron plate|2}}
| {{icon|Iron plate|2}}
| -
|-
|-
| {{imagelink|Casting copper}}
| {{imagelink|Casting copper}}
| {{icon|Time|3.2}}{{icon|Molten copper|20}}
| {{icon|Time|3.2}}{{icon|Molten copper|20}}
| {{icon|Copper plate|2}}
| {{icon|Copper plate|2}}
| -
|-
|-
| {{imagelink|Casting steel}}
| {{imagelink|Casting steel}}
| {{icon|Time|3.2}}{{icon|Molten iron|30}}
| {{icon|Time|3.2}}{{icon|Molten iron|30}}
| {{icon|Steel plate|1}}
| {{icon|Steel plate|1}}
| -
|-
|-
| {{imagelink|Casting iron gear wheel}}
| {{imagelink|Casting iron gear wheel}}
| {{icon|Time|1}}{{icon|Molten iron|10}}
| {{icon|Time|1}}{{icon|Molten iron|10}}
| {{icon|Iron gear wheel|1}}
| {{icon|Iron gear wheel|1}}
| -
|-
|-
| {{imagelink|Casting iron stick}}
| {{imagelink|Casting iron stick}}
| {{icon|Time|1}}{{icon|Molten iron|20}}
| {{icon|Time|1}}{{icon|Molten iron|20}}
| {{icon|Iron stick|4}}
| {{icon|Iron stick|4}}
| -
|-
|-
| {{imagelink|Casting low density structure}}
| {{imagelink|Casting low density structure}}
| {{icon|Time|15}}{{icon|Plastic bar|5}}{{icon|Molten iron|80}}{{icon|Molten copper|250}}
| {{icon|Time|15}}{{icon|Plastic bar|5}}{{icon|Molten iron|80}}{{icon|Molten copper|250}}
| {{icon|Low density structure|1}}
| {{icon|Low density structure|1}}
| -
|-
|-
| {{imagelink|Concrete from molten iron}}
| {{imagelink|Concrete from molten iron}}
| {{icon|Time|10}}{{icon|Stone brick|5}}{{icon|Molten iron|20}}{{icon|Water|100}}
| {{icon|Time|10}}{{icon|Stone brick|5}}{{icon|Molten iron|20}}{{icon|Water|100}}
| {{icon|Concrete|10}}
| {{icon|Concrete|10}}
| -
|-
|-
| {{imagelink|Casting copper cable}}
| {{imagelink|Casting copper cable}}
| {{icon|Time|1}}{{icon|Molten copper|5}}
| {{icon|Time|1}}{{icon|Molten copper|5}}
| {{icon|Copper cable|2}}
| {{icon|Copper cable|2}}
| -
|-
|-
| {{imagelink|Tungsten plate}} (requires [[Tungsten plate (research)]])
| {{imagelink|Casting pipe}}
| {{icon|Time|1}}{{icon|Molten iron|10}}
| {{icon|Pipe|1}}
| -
|-
| {{imagelink|Casting pipe to ground}}
| {{icon|Time|1}}{{icon|Pipe|10}}{{icon|Molten iron|50}}
| {{icon|Pipe to ground|2}}
| -
|-
| {{imagelink|Tungsten plate}}
| {{icon|Time|10}}{{icon|Tungsten ore|4}}{{icon|Molten iron|10}}
| {{icon|Time|10}}{{icon|Tungsten ore|4}}{{icon|Molten iron|10}}
| {{icon|Tungsten plate|1}}
| {{icon|Tungsten plate|1}}
| {{imagelink|Tungsten steel (research)}}
|-
|-
| {{imagelink|Metallurgic science pack}} (requires [[Metallurgic science pack (research)]])
| {{imagelink|Metallurgic science pack}}
| {{icon|Time|10}}{{icon|Tungsten carbide|3}}{{icon|Tungsten plate|2}}{{icon|Molten copper|200}}
| {{icon|Time|10}}{{icon|Tungsten carbide|3}}{{icon|Tungsten plate|2}}{{icon|Molten copper|200}}
| {{icon|Metallurgic science pack|1}}
| {{icon|Metallurgic science pack|1}}
| {{imagelink|Metallurgic science pack (research)}}
|-
|-
| {{imagelink|Big mining drill}} (requires [[Big mining drill (research)]])
| {{imagelink|Big mining drill}}
| {{icon|Time|30}}{{icon|Advanced circuit|10}}{{icon|Electric engine unit|10}}{{icon|Tungsten carbide|20}}{{icon|Electric mining drill|1}}{{icon|Molten iron|200}}
| {{icon|Time|30}}{{icon|Advanced circuit|10}}{{icon|Electric engine unit|10}}{{icon|Tungsten carbide|20}}{{icon|Electric mining drill|1}}{{icon|Molten iron|200}}
| {{icon|Big mining drill|1}}
| {{icon|Big mining drill|1}}
| {{imagelink|Big mining drill (research)}}
|-
|-
| {{imagelink|Turbo transport belt}} (requires [[Turbo transport belt (research)]])
| {{imagelink|Turbo transport belt}}
| {{icon|Time|0.5}}{{icon|Tungsten plate|5}}{{icon|Express transport belt|1}}{{icon|Lubricant|20}}
| {{icon|Time|0.5}}{{icon|Tungsten plate|5}}{{icon|Express transport belt|1}}{{icon|Lubricant|20}}
| {{icon|Turbo transport belt|1}}
| {{icon|Turbo transport belt|1}}
| {{imagelink|Turbo transport belt (research)}}
|-
|-
| {{imagelink|Turbo underground belt}} (requires [[Turbo transport belt (research)]])
| {{imagelink|Turbo underground belt}}
| {{icon|Time|2}}{{icon|Tungsten plate|40}}{{icon|Express underground belt|2}}{{icon|Lubricant|40}}
| {{icon|Time|2}}{{icon|Tungsten plate|40}}{{icon|Express underground belt|2}}{{icon|Lubricant|40}}
| {{icon|Turbo underground belt|2}}
| {{icon|Turbo underground belt|2}}
| {{imagelink|Turbo transport belt (research)}}
|-
|-
| {{imagelink|Turbo splitter}} (requires [[Turbo transport belt (research)]])
| {{imagelink|Turbo splitter}}
| {{icon|Time|2}}{{icon|Processing unit|2}}{{icon|Tungsten plate|15}}{{icon|Express splitter|2}}{{icon|Lubricant|80}}
| {{icon|Time|2}}{{icon|Processing unit|2}}{{icon|Tungsten plate|15}}{{icon|Express splitter|2}}{{icon|Lubricant|80}}
| {{icon|Turbo splitter|1}}
| {{icon|Turbo splitter|1}}
|-
| {{imagelink|Turbo transport belt (research)}}
| {{imagelink|Casting pipe}}
| {{icon|Time|1}}{{icon|Molten iron|10}}
| {{icon|Pipe|1}}
|-
| {{imagelink|Casting pipe to ground}}
| {{icon|Time|1}}{{icon|Pipe|10}}{{icon|Molten iron|50}}
| {{icon|Pipe to ground|2}}
|-
|-
|}
|}


Note that the recipe for making concrete can use [[Productivity module]]s, despite the regular [[Concrete]] recipe not being able to use prods.
Note that the foundry recipe for making [[concrete]] can benefit from [[productivity module]]s, despite the regular concrete recipe not being able to use them.


Additionally, the Foundry can also make other foundries, all belt types and {{NavboxIconLink|Holmium plate|holmium plates}}, in which case their recipes are the same as with assembling machines.
Additionally, the foundry can also make other foundries, all [[Transport belts|belt]] types, and {{NavboxIconLink|Holmium plate|holmium plates}}, all of which use the same recipes as assembling machines.


== Efficiency ==
== Efficiency ==

Revision as of 06:06, 1 December 2024

Foundry

Recipe

10
+
30
+
20
+
20
+
50
+
50
1

Total raw

10
+
30
+
20
+
20
+
50
+
50

Map color

Health

350
455 560
665 875

Stack size

20

Rocket capacity

5

Dimensions

5×5

Energy consumption

2500 kW (electric)

Drain

83.33 kW (electric)

Crafting speed

4
5.2 6.4
7.6 10

Mining time

0.2

Base productivity

50%

Pollution

6/m

Crafted only on

Module slots

4 slots

Prototype type

assembling-machine

Internal name

foundry

Required technologies

Produced by

This article is a stub, and not comprehensive.
You can help this wiki by expanding it.

Space Age expansion exclusive feature.

The Foundry is a version of the assembling machine from Vulcanus that specializes in metallurgy. It has a built-in 50% productivity bonus.

The foundry can only be crafted on Vulcanus due to its higher atmospheric pressure, but it can be used on other planets once transported via space platform.

Recipes

The Foundry has twenty available unique recipes, of which one must be set before it can begin processing.

Recipe Ingredients Products Technology required
Molten iron from lava
16
1
500
10
250
-
Molten copper from lava
16
1
500
15
250
-
Molten iron
32
50
1
500
-
Molten copper
32
50
1
500
-
Casting iron
3.2
20
2
-
Casting copper
3.2
20
2
-
Casting steel
3.2
30
1
-
Casting iron gear wheel
1
10
1
-
Casting iron stick
1
20
4
-
Casting low density structure
15
5
80
250
1
-
Concrete from molten iron
10
5
20
100
10
-
Casting copper cable
1
5
2
-
Casting pipe
1
10
1
-
Casting pipe to ground
1
10
50
2
-
Tungsten plate
10
4
10
1
Tungsten steel (research)
Metallurgic science pack
10
3
2
200
1
Metallurgic science pack (research)
Big mining drill
30
10
10
20
1
200
1
Big mining drill (research)
Turbo transport belt
0.5
5
1
20
1
Turbo transport belt (research)
Turbo underground belt
2
40
2
40
2
Turbo transport belt (research)
Turbo splitter
2
2
15
2
80
1
Turbo transport belt (research)

Note that the foundry recipe for making concrete can benefit from productivity modules, despite the regular concrete recipe not being able to use them.

Additionally, the foundry can also make other foundries, all belt types, and holmium plates, all of which use the same recipes as assembling machines.

Efficiency

Most of the foundry's recipes are more efficient than creating the same items in a furnace or assembling machine. However, because of the built-in +50% productivity bonus (which applies even to items like belts that don't benefit from productivity modules), and because the same bonus also applies to the recipes for molten iron and molten copper, the actual efficiency gains from using a foundry are much higher than the value listed in the recipe.

The table below compares the values of the base recipes (with 1 ore = 10 molten metal), and then shows the actual output of the recipe with the default foundry bonuses of 4 crafting speed and 150% productivity (1 ore = 15 molten metal). For example, inserting 200 iron ore into a foundry with no modules installed would result in 3,000 molten iron which could be turned into 450 iron plates.

Name Base recipe values With foundry bonuses
Furnace/Assembler Foundry Efficiency Foundry Efficiency
Time
Output Time
Output
Time Output
Iron plate
3.2
1
-
1
3.2
20
-
2
100% -
0.8
3
225% -
Steel plate
3.2
5
-
1
3.2
30
-
1
167% -
0.8
1.5
375% -
Iron gear wheel
0.5
2
-
1
1
10
-
1
200% -
0.25
1.5
450% -
Iron stick
0.5
1
-
2
1
20
-
4
100% -
0.25
6
225% -
Concrete
10
1
-
10
10
20
-
10
50% -
2.5
15
113% -
Pipe
0.5
1
-
1
1
10
-
1
100% -
0.25
1.5
225% -
Pipe to ground
0.5
5
-
2
1
50
-
2
100% -
0.25
3
225% -
Low density structure
15
10
20
1
15
80
250
1
125% 80%
3.75
1.5
281% 180%
Copper plate
3.2
-
1
1
3.2
-
20
2
- 100%
0.8
3
- 225%
Copper cable
0.5
-
1
2
1
-
5
2
- 200%
0.25
3
- 450%

Low density structure

The numbers in the table are relative to using Electric furnaces. However it is possible to use the highly efficient Foundries to make the intermediates, which requires even less ore, but more plastic and much more machine time:

Process Raw resources to make
1
Furnaces + Assemblers
10
20
5
Foundry Direct
3.5
11.1
3.33
Foundries + Assemblers
2.67
8.88
5

History

See also