Сборщик I

Рецепт

Сборщик I

Машина: assembler · Время крафта: 8s

Ингредиенты

• 10 × Ксеноферритовые пластины
• 10 × Детали оборудования
• 5 × Электронные компоненты

Продукты

• 1 × Сборщик I

Используется в

• Сборщик II → Сборщик II

Гайд

Assembler I serves as the backbone of early-game automation, transforming raw or intermediate materials into finished products with minimal setup friction. As one of the first factory buildings available, it enables players to automate crafting tasks that would otherwise require manual effort, significantly boosting production efficiency from the start.

This machine is designed for efficiency in the early stages, where space is plentiful and power demands are manageable. Its straightforward operation makes it easy to integrate into expanding production chains, supporting both intermediate and finished goods.

Assembler I is also a foundational component for advancing your factory, as it is required to build higher-tier assemblers later in the game. Its role in crafting more advanced automation tools ensures it remains relevant beyond the initial setup phase.

Советы

• Deploying two Assembler I units can often outperform a single Assembler II in both output and power efficiency, especially when factory space is not a limiting factor.
• Fine-tune throughput by carefully controlling the supply of input materials to each assembler. This helps prevent bottlenecks and ensures consistent production rates.
• Before upgrading to higher-tier assemblers, weigh the tradeoffs between space, power consumption, and the flexibility of parallel lines using multiple Assembler I units.
• Keep an eye on inventory levels and output buffers to avoid overfilling, which can lead to idle machines and wasted resources.

Unlock requirements

• Assembler I

FAQ

Is there a way to limit the amount of materials an assembler grabs before being considered full?

Directly restricting how much an Assembler I pulls is not possible, but you can manage supply by adjusting upstream belt speeds or using buffer containers to throttle input flow. This helps prevent overstocking and keeps production balanced.

How can players underclock or limit the throughput feeding into an assembler for more granular control?

To fine-tune throughput to an Assembler I, reduce the input rate by lowering belt speed, inserting fewer items per cycle, or using splitters and smart inserters to control delivery frequency. These methods let you match production rates to downstream needs without overproducing.