Zaawansowane części maszyn

Receptura

Zaawansowane części maszyn

Maszyna: assembler · Czas craftu: 4s

Skladniki

• 2 × Części maszyn
• 1 × Belki stalowe

Produkty

• 2 × Zaawansowane części maszyn

Uzywane w

• Podstawa wlotu powietrza → Podstawa wlotu powietrza
• Pojemnik logistyki linii montażowej → Pojemnik logistyki linii montażowej
• Scalacz linii montażowej → Scalacz linii montażowej
• Lakiernia linii montażowej → Lakiernia linii montażowej
• Producent linii montażowej → Producent linii montażowej
• Tory linii montażowej → Tory linii montażowej
• Rozdzielacz linii montażowej → Rozdzielacz linii montażowej
• Początek linii montażowej → Początek linii montażowej
• Asembler cieczy I → Asembler cieczy I
• Asembler II → Asembler II
• Napełniacz beczek I → Napełniacz beczek I
• Podstawa wielkiego pieca → Podstawa wielkiego pieca
• Podstawa odlewni → Podstawa odlewni
• Maszyna odlewnicza → Maszyna odlewnicza
• Procesor chemiczny → Procesor chemiczny
• Port statku budowlanego → Port statku budowlanego
• Materiał budowlany → Materiał budowlany
• Skład budowlany → Skład budowlany
• Balanser taśmociągu III → Balanser taśmociągu III
• Taśmociąg III → Taśmociąg III

Poradnik

Advanced Machinery Parts (AMP) serve as a crucial mid-tier component, bridging the gap between basic Machinery Parts and more specialized, high-tech counterparts. They are produced in assemblers by combining basic Machinery Parts with Steel Beams, representing a significant step up in both material requirements and production complexity.

AMP are essential for constructing a wide range of advanced machines and infrastructure, including assembly line components and key production equipment. Their role is central in scaling up factory operations, as many mid-game buildings and logistics systems rely on a steady supply.

With a generous stack size of 200, AMP can be stockpiled efficiently, supporting large-scale projects and minimizing the need for constant restocking. Their unique position in the production chain makes them distinct from both the basic and high-tech machinery parts, and they are a common bottleneck as factories expand.

Wskazowki

• Ensure a stable and prioritized supply of Steel Beams to your AMP assemblers, as shortages here are a leading cause of mid-game production stalls.
• Monitor your conveyor belts for mixtures of basic and advanced parts. Mixing these can cause jams or misrouting, so consider dedicated lines or smart sorting to keep AMP flowing smoothly.
• If your factory is producing excess basic Machinery Parts, set up buffer storage or recycling systems to prevent overflow and maintain efficient AMP production.
• Explore scrap recycling options as an alternative or supplemental source for AMP, especially if your main production lines are struggling to keep up with demand.

Unlock requirements

• Basic Steelmaking

FAQ

Are there additional recipes or alternate production methods for Advanced Machinery Parts beyond assembler crafting and scrap recycling?

Currently, the main way to produce Advanced Machinery Parts is by crafting them in assemblers using Machinery Parts and Steel Beams. Scrap recycling can provide a supplemental source if you have access to relevant recycling systems, but there are no other alternate recipes.

What is the optimal ratio of Steel Beams to Machinery Parts for sustained Advanced Machinery Parts production in large factories?

To keep your Advanced Machinery Parts lines running smoothly, ensure that your supply of Steel Beams matches the demand set by your Machinery Parts throughput. Since both are required in fixed proportions per cycle, any shortage of either will stall production. Balancing input lines and using dedicated buffers for each input helps maintain consistent output.