What is the best way to use industrial forges for metal smelting in ARK: Survival Evolved?
Using industrial forges for metal smelting in ARK: Survival Evolved is one of the most efficient ways to process large amounts of metal ore into ingots. Industrial forges are advanced crafting stations that can smelt metal ore at a much faster rate than regular forges or refining forges. They also have a larger inventory capacity, making them ideal for bulk processing. HereÔÇÖs a detailed guide on how to use industrial forges effectively, including mechanics, strategies, and tips.
To start, you need to unlock the industrial forge engram, which requires level 89 and 35 engram points. Crafting the industrial forge requires a significant amount of resources, including 250 metal ingots, 500 cementing paste or achatina paste, 400 polymer, 200 crystal, and 100 electronics. Once crafted, the industrial forge must be placed on a large, flat surface, as it is a sizable structure. It also requires a connection to a power source, such as an electrical generator, to function.
The mechanics of the industrial forge are straightforward. It can smelt metal ore into metal ingots at a 1:1 ratio, meaning one piece of metal ore yields one metal ingot. However, the industrial forge smelts ore much faster than other forges, and it can hold up to 20,000 units of metal ore and 20,000 units of fuel (wood, thatch, or sparkpowder). This makes it ideal for processing large quantities of metal in a short amount of time. Additionally, the industrial forge can smelt other resources like oil and silica pearls, making it a versatile tool for advanced crafting.
To use the industrial forge, first ensure it is connected to a power source. Place metal ore into the forgeÔÇÖs inventory, along with fuel. The forge will automatically begin smelting the ore into ingots. You can monitor the progress by checking the forgeÔÇÖs inventory. Once the smelting process is complete, the metal ingots will appear in the forgeÔÇÖs inventory, ready to be collected.
One important tip is to use wood as fuel instead of thatch or sparkpowder. Wood is more efficient and burns longer, reducing the need to constantly refuel the forge. Additionally, always keep an eye on the forgeÔÇÖs inventory to avoid overloading it, as this can cause the forge to stop functioning. If you are smelting large amounts of metal, consider using a weight-reducing dinosaur like an Argentavis or a Tek Stryder to transport the ingots to your storage area.
A common mistake players make is not planning for the power requirements of the industrial forge. The forge consumes a significant amount of electricity, so ensure your generator has enough fuel and is properly maintained. Another mistake is placing the forge in an exposed location, making it vulnerable to raids or wild creatures. Always build the forge inside a secure base with strong defenses.
For advanced optimization, consider using multiple industrial forges to process metal even faster. This is especially useful for large tribes with high metal demands. You can also use a dedicated storage system, such as a Tek Dedicated Storage unit, to store and organize your metal ingots efficiently. If you are playing solo, focus on building a smaller, more manageable base with one industrial forge to avoid overextending your resources.
Resource preparation is key to using industrial forges effectively. Gather large amounts of metal ore from rich metal nodes, which are commonly found in mountainous regions. Use a high-level Ankylosaurus to harvest the ore efficiently, as it has a weight reduction bonus for metal. Stockpile wood or other fuel sources in advance to keep the forge running continuously.
In a tribe setting, assign specific roles to members to streamline the metal smelting process. For example, one player can focus on gathering metal ore, another on collecting fuel, and a third on managing the forge and storage. This division of labor ensures that the process runs smoothly and efficiently.
In conclusion, industrial forges are a powerful tool for metal smelting in ARK: Survival Evolved. By understanding the mechanics, preparing resources, and optimizing your setup, you can process large amounts of metal quickly and efficiently. Whether you are playing solo or in a tribe, the industrial forge is an essential structure for advanced base building and resource management.
To start, you need to unlock the industrial forge engram, which requires level 89 and 35 engram points. Crafting the industrial forge requires a significant amount of resources, including 250 metal ingots, 500 cementing paste or achatina paste, 400 polymer, 200 crystal, and 100 electronics. Once crafted, the industrial forge must be placed on a large, flat surface, as it is a sizable structure. It also requires a connection to a power source, such as an electrical generator, to function.
The mechanics of the industrial forge are straightforward. It can smelt metal ore into metal ingots at a 1:1 ratio, meaning one piece of metal ore yields one metal ingot. However, the industrial forge smelts ore much faster than other forges, and it can hold up to 20,000 units of metal ore and 20,000 units of fuel (wood, thatch, or sparkpowder). This makes it ideal for processing large quantities of metal in a short amount of time. Additionally, the industrial forge can smelt other resources like oil and silica pearls, making it a versatile tool for advanced crafting.
To use the industrial forge, first ensure it is connected to a power source. Place metal ore into the forgeÔÇÖs inventory, along with fuel. The forge will automatically begin smelting the ore into ingots. You can monitor the progress by checking the forgeÔÇÖs inventory. Once the smelting process is complete, the metal ingots will appear in the forgeÔÇÖs inventory, ready to be collected.
One important tip is to use wood as fuel instead of thatch or sparkpowder. Wood is more efficient and burns longer, reducing the need to constantly refuel the forge. Additionally, always keep an eye on the forgeÔÇÖs inventory to avoid overloading it, as this can cause the forge to stop functioning. If you are smelting large amounts of metal, consider using a weight-reducing dinosaur like an Argentavis or a Tek Stryder to transport the ingots to your storage area.
A common mistake players make is not planning for the power requirements of the industrial forge. The forge consumes a significant amount of electricity, so ensure your generator has enough fuel and is properly maintained. Another mistake is placing the forge in an exposed location, making it vulnerable to raids or wild creatures. Always build the forge inside a secure base with strong defenses.
For advanced optimization, consider using multiple industrial forges to process metal even faster. This is especially useful for large tribes with high metal demands. You can also use a dedicated storage system, such as a Tek Dedicated Storage unit, to store and organize your metal ingots efficiently. If you are playing solo, focus on building a smaller, more manageable base with one industrial forge to avoid overextending your resources.
Resource preparation is key to using industrial forges effectively. Gather large amounts of metal ore from rich metal nodes, which are commonly found in mountainous regions. Use a high-level Ankylosaurus to harvest the ore efficiently, as it has a weight reduction bonus for metal. Stockpile wood or other fuel sources in advance to keep the forge running continuously.
In a tribe setting, assign specific roles to members to streamline the metal smelting process. For example, one player can focus on gathering metal ore, another on collecting fuel, and a third on managing the forge and storage. This division of labor ensures that the process runs smoothly and efficiently.
In conclusion, industrial forges are a powerful tool for metal smelting in ARK: Survival Evolved. By understanding the mechanics, preparing resources, and optimizing your setup, you can process large amounts of metal quickly and efficiently. Whether you are playing solo or in a tribe, the industrial forge is an essential structure for advanced base building and resource management.