Star Techmolgy Quadruple EBF Kanthal COIL

Star Technology Quadruple EBF Kanthal COIL

Overview:

The Star Technology Quadruple EBF Kanthal COIL is a highly optimized, custom multiblock configuration designed for massive high-temperature smelting at a fraction of the usual cost. Instead of building four standalone Electric Blast Furnaces (EBFs), this design ingeniously merges four EBFs into a single, continuous structure by sharing adjacent inner walls.

The Wall-Sharing Advantage (Cost Efficiency):

The primary brilliance of this "Quadruple" setup is extreme resource reduction. By sharing the dividing walls between the four furnace chambers, this build drastically cuts down the total required amount of expensive Kanthal Heating Coils and Heatproof Machine Casings. You achieve 4x the parallel processing power without paying the full material price of four separate machines.

Dimensions & Footprint:

• Size: 9 blocks wide X 3 blocks deep X 4 blocks high (9x3x4).

• (Note: Four separate 3x3 EBFs would normally take up 12 blocks in width. Sharing walls compresses the footprint to just 9 blocks).

Structural Layout & Mechanics:

• Layer 1 (The Base - 9x3 Solid): The foundation houses 4 individual EBF Controllers (one to manage each specific smelting chamber). It integrates shared Energy Hatches (identified by the black/yellow hazard stripes) and modular Input/Output Buses (Green borders for Input, Red for Output) configured to feed resources efficiently across the entire quadruple system.

• Layers 2 & 3 (The Heating Chambers - 9x3 Hollow): The core of the machine is constructed from a continuous outer frame of Kanthal Coils. Inside, it contains four distinct 1x1 hollow vertical spaces (air blocks) where the smelting happens. The internal coil walls separate these four chambers while acting as active heating elements for both adjacent furnaces simultaneously.

• Layer 4 (The Roof - 9x3 Solid): Capped off with Heatproof Machine Casings, this layer contains 4 Muffler Hatches. Each muffler is perfectly aligned directly above one of the four hollow smelting chambers to properly vent exhaust and pollution.

Automation Note:

The centralized placement of the I/O buses allows for streamlined logistical routing, making it incredibly easy to connect automated storage systems and fluid networks to keep all four furnaces running continuously.