Precision Assembler

This item in 0.6.0-dev19 (Expert) and in 0.5.6-beta (Easy), side by side.

Tooltip changed

0.6.0-dev19 (Expert)Precision Assembler

Precision Assembler

Running Requirements

Machine casing tier determines the upper limit of recipe tier

Built-in Parallel Mechanism

Built-in parallel processing, no parallel control hatch required

Max Parallel: Determined by glass tier

Formula: 4^(Glass Tier)

Lossy Overclock

For every 4 times increase in power, the time cost is multiplied

by 65%

Supports High-Amperage Energy Input

Supports high-power input through Laser Hatches or wireless

energy hatches rated at 256A or higher

Recipe Type: Precision Assembler, Assembler

What is the operating principle of the DSW-17 Precision Assembler?

Although the design code has been open-sourced on GitHub, few

seem able to replicate it

The actual core code is stored in isolation vaults, accessible only to

those with an engineer badge

0.5.6-beta (Easy)Precision Assembler

Precision Assembler

What is the operating principle of the DSW-17 Precision Assembler?

Although the design code has been open-sourced on GitHub, few seem able to replicate it

The actual core code is stored in isolation vaults, accessible only to those with an engineer badge

- Running Requirements

৹ Machine casing tier determines the upper limit of recipe tier

- Lossy Overclock!

For every 4 times increase in power, the time cost is multiplied by 65%

- Special Parallel : ✔

Built-in parallel processing, no parallel control hatch required

- Parallel Number : Determined by glass tier

Formula: 4^(Glass Tier)

- Laser Energy Hatch : ✔

Laser Energy Hatches generally provide massive amounts of energy

- Recipes Type : Precision Assembler, Assembler

Line only in 0.6.0-dev19 (Expert) Line only in 0.5.6-beta (Easy)