Laser High-Temperature Thermal Processing

Tech node in the High-Tech Machines and Production Lines tree.

Application of laser energy in heaters, providing extremely high instantaneous heating capability, suitable for high-temperature processes

Data tier: Data tier 2Data Module
Computation (CWU): 18,432,000
Mechanics research points: 108
Thermodynamics research points: 640
Eureka item: Electric Blast Furnace75% of the research

Prerequisites

Laser Energy Revolution

Recipe outputs

Recipes it unlocks (6)

Cracker HubAssembly LineView recipe
16 16 64 32 16 16 4 64 64 32 2.3B 2.3B 2.3B 2.3B
UHV
Duration
40 s
Total
1,677,721,600 EU
Usage
2,097,152 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]
Extreme Electric FurnaceAssembly LineView recipe
8 16 64 64 64 64 64 16 16 7 7 7 7 32 32 32 10B 8.19B 8.13B
UEV
Duration
40.05 s
Total
3,359,637,504 EU
Usage
4,194,304 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]
Mega Vacuum Drying FurnaceAssembly LineView recipe
16 64 16 16 32 16 16 16 16 16 2.3B 2.3B
UHV
Duration
40 s
Total
1,677,721,600 EU
Usage
2,097,152 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]
Molten CoreAssembly LineView recipe
16 16 32 16 4 32 4 8 36B 10B 4.61B 2.3B
UEV
Duration
80 s
Total
10,331,648,000 EU
Usage
6,457,280 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]
Giant Sintering ArrayAssembly LineView recipe
16 16 8 8 32 64 32 32 64 64 64 64 64 10B 10B 10B 7.29B
UHV
Duration
40 s
Total
1,572,864,000 EU
Usage
1,966,080 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]
Super Blast SmelterAssembly LineView recipe
64 64 64 64 64 64 64 64 14 14 14 14 64 64 64 64 5.76B 5.76B 5.76B 5.76B
UHV
Duration
60 s
Total
2,359,296,000 EU
Usage
1,966,080 EU/t
Conditions and notes
- Requires Research
- Unlockable through [Laser High-Temperature Thermal Processing]