Atomcraft: Elements, Reactions, Machines & Guides

Quick Guide:

• Primary keyword: Core information about the main topic
• Key mechanic: Important gameplay system explanation
• Best strategy: Recommended approach for success
• Critical tip: Essential advice for players
• Top choice: Optimal selection for most situations

Introduction

Atomcraft is a sandbox crafting game developed by Triplejump, featuring pixel-based physics and chemistry. This game offers an immersive experience where players can discover all 118 elements, perform chemical reactions, automate pixel machines, explore deep biomes, upgrade their tools, and repair their crashed spaceship. In this guide, we will cover the basics of Atomcraft, including elements, reactions, machines, and the progression guide.

Elements and Materials

Materials are the foundation of every Atomcraft production system. They can appear as solids, liquids, or gases and may react differently when heated, cooled, or combined. Understanding the physical state, temperature, stability, and chemical properties of materials is crucial for successful production.

• Ores: Natural deposits found while exploring. Gather, transport, heat, smelt, and refine to produce useful elements and crafting materials.
• Periodic-Table Elements: Found through mining, refining, smelting, and chemical reactions. Separate or combine according to physical and chemical properties.
• Compounds: Created by combining compatible elements. Control input ratios, temperature, and reaction conditions for intermediate crafting, advanced reactions, and specialized production.
• Gases: Generated, moved, heated, cooled, or combined during chemical production. Contain, route, cool, heat, or filter for chemical reactions and advanced element production.
• Liquids: Transported into reaction or temperature-control systems and converted into new materials. Transport through controlled systems and regulate temperature.
• Radioactive Materials: Advanced elements and high-level processing. Isolate from essential machinery and monitor carefully.
• Unstable Materials: High-energy or poorly controlled reactions. Cool, separate, filter, and move away from valuable equipment.
• Processed Materials: Refined ores, separated elements, and completed reactions. Sort and route into crafting or storage for machine construction, automation, upgrades, and spaceship repairs.

Crafting Recipes and Chemical Reactions

Atomcraft reactions depend on the materials entering a system and the conditions applied to them. Successful production requires controlled heating, cooling, separation, routing, and automated safety systems.

• Ore Smelting: Raw ore plus controlled heat produces refined materials or separated elements. Prevent overheating and keep the output route clear.
• Element Separation: Processed material is divided into useful outputs based on its properties. Send unwanted or dangerous outputs away from important machinery.
• Compound Production: Compatible elements are brought together under controlled conditions to create compounds. Introduce materials in a controlled order and avoid uncontrolled accumulation.
• Gas Processing: Gaseous materials are generated, moved, heated, cooled, or combined during chemical production. Avoid allowing reactive gases to spread into nearby production systems.
• Liquid Processing: Liquids are transported into reaction or temperature-control systems and converted into new materials. Prevent liquids from entering electrical or unrelated processing sections.
• Catalyst-Assisted Reactions: Catalysts are introduced to enable or improve advanced chemical reactions. Keep catalyst delivery separate until the other reaction conditions are ready.
• Temperature-Controlled Reactions: Heating and cooling stages change material states and determine whether reactions complete successfully. Use sensors to stop inputs when the reaction area becomes too hot or unstable.
• Radioactive and Unstable Production: Advanced reactions create hazardous materials that can damage surrounding machinery. Keep valuable machines outside the reaction zone and include an emergency shutdown.

Machines and Automation

Automation lets players move, process, sort, and monitor materials without handling every step manually. The strongest systems combine physical machinery with sensors and logic-based safety controls.

• Conveyors: Move ores, elements, compounds, and processed materials between machines. Create one clear direction of travel and leave space for filters or emergency exits.
• Trapdoors: Open or close material routes and drop items into another processing section. Connect trapdoors to switches or logic signals when materials need conditional routing.
• Heaters: Raise material temperatures for smelting, phase changes, and chemical reactions. Place temperature monitoring near the heated area to prevent destructive overheating.
• Coolers: Lower temperatures, stabilize outputs, and support reactions that require cooling. Install cooling after high-temperature processing and around unstable production areas.
• Filters: Separate selected materials from mixed production outputs. Give each filtered output its own conveyor route to prevent materials from mixing again.
• Switches and Wiring: Manually activate machinery and carry control signals between connected components. Add a master switch that can stop the complete production line during an emergency.
• Sensors: Detect conditions in a processing system and trigger automatic responses. Use sensors to stop inputs, activate cooling, or redirect outputs when conditions change.
• Logic Gates: Combine multiple signals and control machines only when specific conditions are met. Use logic gates to require safe temperature and available output space before starting a reaction.
• Automated Ore Refining Line: Moves raw ore through heating, processing, filtering, and final output sections. Arrange the line as input conveyor, heating section, filter, separate outputs, and shutdown control.
• Protected Reaction Line: Produces unstable or radioactive materials while limiting damage to the main factory. Build the reaction area away from valuable machines and connect remote sensors, cooling, filters, and emergency switches.

Progression Guide

The crashed spaceship provides Atomcraft's central long-term objective. Progress comes from discovering elements, producing useful materials, upgrading equipment, completing objectives, and applying those resources to the ship's repair process.

• Inspect the Crash Site: Explore the starting area and identify the crashed spaceship, nearby resources, and initial progression objectives. Establishes the main repair objective and the first materials needed for progression.
• Gather Starter Resources: Mine accessible ores and collect the basic materials required for early crafting and smelting. Provides the raw materials needed to begin producing elements, compounds, and equipment.
• Build the First Production Setup: Use smelting, crafting, and chemical systems to convert raw resources into useful materials. Unlocks a repeatable production loop for tools, upgrades, and repair materials.
• Upgrade Extraction and Storage: Improve drills, scanners, storage capacity, and other equipment before traveling farther from the crash site. Allows longer expeditions and access to harder resource deposits.
• Explore Deeper Regions: Enter cave layers and advanced regions to find materials unavailable near the starting area. Expands the available element and material collection needed for advanced crafting.
• Complete Quests and Discoveries: Finish progression objectives, investigate artifacts, and use newly discovered materials in crafting and reactions. Unlocks additional equipment, production options, and spaceship repair progress.
• Produce Advanced Repair Materials: Combine mining, smelting, chemistry, and automation to create the resources required by later repair objectives. Provides the complex components and materials needed for major spaceship repairs.
• Complete Spaceship Repairs: Deliver the requested resources and complete the remaining repair objectives on the crashed spaceship. Advances the main progression path and completes the central spaceship repair objective.

Conclusion

Atomcraft is a unique sandbox crafting game that offers a rich and immersive experience. By understanding the elements, reactions, machines, and progression, players can master the game and repair their spaceship. Happy crafting!