Arknights

Optimizing the Wuling Factory Blueprints in Arknights 1.2

Step-by-step guide to optimize the Wuling factory setup for efficient resource production in Arknights 1.2.

4 min read

To optimize the Wuling factory in Arknights 1.2, upgrade factory areas except for the final steps, set up resource loops using V3 blueprints, and manage production for balance across Xiranite, Hetonite components, and Cuprium parts.

Prerequisites for Wuling Factory Optimization

Before optimizing the Wuling factory, ensure the following preparations are completed:

prerequisites

  • Upgrade Core AIC area: Nearly complete the Core AIC area, stopping before the final depot bus construction upgrade.
  • Upgrade Jinyu Valley and Marker Stone areas: Expand these areas minimally. For Jinyu Valley, unlock area expansion one and two only. For Marker Stone, include the first depot bus and expansions one and two.
  • Story quest completion: Unlock required factory areas and their production capabilities by completing all necessary story quests. Skip the three tower quests.
  • Cuprium availability: Gather a sufficient amount of Cuprium parts, approximately several thousand, for supporting production setup.

Setting Up Xiranite Production Cycle

Efficient Xiranite production requires thoughtful placement and blueprint utilization.

steps

  1. Setup thermal banks and ensure around 6.6K total battery power.
  2. Place V3 Xiranite P1 blueprint aligned with the base corner layout.
  3. Connect and extend production using V3 Xiranite part two blueprint.
  4. Install conduit inlet manifolds and fluid pumps to maintain steady Xiranite material flow.

Top view of a gameplay setup with a circular structure and connected components for Zeronite production.

Top view of the seed loop setup for Zeronite production in the game. — IWinToLose Gaming

Factory Setup for Hetonite Components Production

Hetonite components are crucial for crafting advanced gear and can be efficiently produced by following these setup steps.

steps

  1. Install acid pumps and water conduits at Marker Stone factory.
  2. Apply V3 Marker Stone blueprint to structure the production loop.
  3. Balance resource input like sand leaves and acid to ensure smooth operation without bottlenecks.
  4. Double-check conduit connections and monitor Hetonite output for consistency.

A game screen showing several Acid Resistant Pump Mk II devices connected in an industrial setup.

Acid Resistant Pump Mk II devices are placed and connected for factory setup. — IWinToLose Gaming

Marker Stone Area Optimization

To optimize Marker Stone production systems, focus on layout efficiency and resource flow.

steps

  1. Establish seed loops using sand leaves to drive production.
  2. Strategically place units for acid and water flow, minimizing resource waste.
  3. Continuously validate component connections to prevent interruptions in Hetonite parts production.
  4. Prepare additional resources or transfers from other base areas for support as required.

Seed-picking unit menu with inventory items including sand leaves displayed.

The seed-picking unit menu shows inventory items, including sand leaves. — IWinToLose Gaming

Cuprium Parts Generation Strategy

Maintaining a steady Cuprium parts supply is vital for expansions and factory maintenance.

Game interface showing blueprint placement for Cuprium parts production at a depot bus.

Blueprint placement for Cuprium parts production is shown at a depot bus setup. — IWinToLose Gaming

Managing Excess Production and Regional Transfers

Large-scale production can lead to surplus materials. Managing such excess effectively will prevent inefficiencies.

Interface showing regional transfer setup for ferrium resource between Valley IV and Wuling.

The screen displays the regional transfer interface with ferrium being transferred from Valley IV to Wuling. — IWinToLose Gaming

Optimization of Blueprint Codes and Adjustments

Blueprint codes are central to factory layout success, and adjustments may enhance setups further.

FAQ

What is the optimal factory setup for Wuling 1.2?

The optimal setup involves upgrading the Core AIC area, employing V3 blueprints, and managing conduits and resources for balanced Xiranite and Hetonite components output.

How to produce Hetonite components efficiently in Arknights?

Hetonite components can be efficiently produced by setting up acid pumps, using V3 Marker Stone blueprints, and maintaining balanced acid and sand leaf inputs.

What are the blueprint codes for Wuling 1.2 factory?

The primary blueprint codes are V3 Xiranite P1, V3 Xiranite part two, and V3 Marker Stone, among others listed in the guide.

How to set up Xiranite production in Arknights' Wuling factory?

Use V3 Xiranite P1 and part two blueprints, connect conduit inlet manifolds to fluid pumps, and ensure sufficient battery power for sustained production.

Sources

Screenshots on this page are frames from the videos below, used to illustrate the steps they describe. All rights remain with their creators.