Alchemy Factory has finally reached version 1.0, and the game can become much more complicated than it first appears. You may start with a small alchemy shop and a few simple machines, but before long, your factory can turn into a huge network of conveyor belts, pipes, furnaces, portals, and production lines. If everything starts looking organized for a few minutes before becoming a complete mess, you are definitely not alone.
In this Alchemy Factory beginner guide, I will share 10 advanced tips that can help you build a cleaner, faster, and more efficient factory. We will look at important systems such as automating your money, using purchasing portals, managing furnaces, planning research, transporting resources, and creating production modules that are easier to expand.
Alchemy Factory 1.0 Beginner Guide – Wagons, Blueprints
As your factory grows, I have found that good planning becomes much more important than simply building more machines. A small bottleneck can stop an entire production chain, while one smart automation setup can save you a huge amount of time and resources. These tips will help you avoid some of the most frustrating problems and make your Alchemy Factory 1.0 operation much easier to manage.
1. Build a Dedicated Coin Belt for Your Factory
One of the biggest changes you should make once purchasing portals become available is changing how you think about coins.
At first, coins simply feel like money that you collect and save. But as your factory becomes larger, I recommend treating coins as another resource moving through your production system.
I like building a dedicated coin belt that travels through the factory. You can think of it as the financial heart of your entire operation.
Instead of manually moving resources around or waiting for ingredients to arrive, purchasing portals can use the coins moving through this belt to automatically buy the materials your machines need.
The best way to use this system is to place purchasing portals close to the machines consuming those resources.
For example, if a machine constantly needs wood, stone, herbs, or crystals, place the appropriate purchasing portal nearby. The coin belt supplies the portal, the portal purchases the material, and the resource can immediately enter the production line.
This removes a lot of unnecessary manual work.
I also prefer keeping my money belt in a continuous loop whenever possible. Coins do not need to disappear after making one purchase. They can continue circulating through the factory and supply multiple purchasing portals.
As you unlock more recipes, you can simply connect new portals to the same financial system.
At first, dedicating factory space to a coin belt might seem unnecessary. But once you have several production lines running at the same time, it becomes one of the easiest ways to automate your raw material supply.
2. Convert Copper Into Silver and Gold to Prevent Belt Congestion
As your factory starts making serious money, you may run into a strange problem: having too many coins.
In Alchemy Factory, money physically exists in your factory. That means thousands of low-value copper coins can eventually take up valuable space on your conveyor belts.
I have seen situations where transport lines become clogged simply because too many coins are moving through the system.
This is where bank portals become extremely useful.
Instead of allowing large amounts of copper to fill your belts, you can create a dedicated banking section that converts copper into silver and then silver into gold.
The total value remains useful, but the physical number of items moving through your logistics network becomes much smaller.
I like placing this banking hub near the exit of shops or other major income sources.
The basic setup works like this:
- Copper coins enter the first bank portal.
- They are converted into silver.
- Silver moves into the next portal.
- The silver is converted into gold.
- The more compact currency enters your main money belt.
This greatly reduces pressure on your conveyor system.
Instead of dozens of copper coins taking up belt space, you can move a much smaller number of high-value gold coins.
Once your factory becomes larger, this kind of currency management can prevent your entire economy from slowing down because of physical transportation bottlenecks.
3. Never Research a New Product Before You Can Produce It
The technology tree contains one of the easiest traps to fall into.
The moment you unlock a new recipe, customers can start demanding that product.
This means researching something new is not simply unlocking another option for later. In many cases, you are immediately adding another responsibility to your factory.
I made this mistake early on by unlocking recipes simply because I had enough research points.
Suddenly, customers were asking for products that I had not even started producing yet.
The result was empty shelves, frustrated customers, and unnecessary pressure to quickly build a new production line.
Because of this, I treat research as a market activation button.
I do not unlock a new product until I know my factory is ready for it.
Before researching the recipe, I recommend doing the following:
Prepare the Factory Space
Make sure you have enough room for the new machines and production chain.
Plan the Belt Connections
Know exactly where the raw materials will come from and where the finished product will go.
Secure Your Ingredients
Make sure the resources required for the recipe can be supplied consistently.
Build the Layout First
If possible, have the production line almost completely prepared before unlocking the recipe.
Then, once everything is ready, research the technology and activate the line immediately.
This approach makes a huge difference.
Instead of racing against customer demand after unlocking something, your factory is ready to start producing from the very beginning.
4. Prioritize the Automatic Cash Register at Tier 4
If you are still spending a lot of time standing behind the counter and manually dealing with customers, the automatic cash register should become one of your biggest priorities.
For me, Tier 4 is a major turning point because this is where the automatic cash register becomes available.
As soon as you unlock it, your shop becomes much more independent.
Customers can grab the products they want and complete their purchases without requiring you to stop building, reorganizing belts, or managing another part of the factory.
This completely changes your role in the game.
Instead of constantly acting as a shop clerk, you can focus on becoming the engineer behind the entire operation.
I also recommend connecting the output of the automatic cash register directly into your financial system.
The coins earned from customers can immediately enter your main money belt, travel through bank portals, or supply purchasing portals for new raw materials.
This creates a continuous loop:
Products are manufactured → Customers buy them → Coins enter your financial system → Coins help purchase more materials → More products are manufactured.
Once this system is running smoothly, your shop and factory begin supporting each other automatically.
The automatic cash register gives you much more freedom to expand your operation without constantly worrying about customers waiting downstairs.
5. Use Rotten Wood and Gloom Fungus to Support Steel Production
Steel production can become extremely demanding.
One of the biggest problems is the amount of fuel required to produce the coke needed for advanced metallurgy.
Buying huge amounts of logs through purchasing portals can become expensive, while building massive traditional logging systems can consume valuable factory space.
A more efficient solution is using the rotten wood cycle together with Gloom Fungus.
Instead of relying entirely on normal wood production, you can process decayed logs through a dedicated production chain.
This can generate useful amounts of wood and related materials while also returning valuable fungi.
I like creating a compact module specifically for this system.
The fungi can support advanced fertilizer production, while excess wood can be sent toward your coke and furnace systems.
This creates a much more sustainable loop.
Your steel production receives a more consistent fuel supply without constantly depending on expensive purchases or massive transport networks.
For large mid-game and late-game factories, finding efficient resource loops like this becomes extremely important.
The goal is not simply to produce more resources. You want to produce them in a way that supports multiple parts of your factory at the same time.
6. Don’t Let Furnaces Waste Fuel When Production Is Blocked
This is one of the most important efficiency problems to watch for.
In many automation games, a full output belt simply means production stops and you do not have to worry too much about waste.
Alchemy Factory can be much less forgiving.
Even when your output becomes blocked, furnaces may continue consuming fuel to maintain their heat.
That means you could be wasting coal, coke, and wood even though your production line is not actually producing anything useful.
This waste can become enormous over time.
I avoid building oversized furnace systems that produce massive excess amounts of materials without considering actual demand.
Instead, I try to match production to what the shop and active contracts actually need.
You should also consider creating smart buffers and fuel control systems before your furnace lines.
The idea is simple: fuel should only continue entering the furnace when the output system can actually handle more production.
Once your storage or belts reach their limit, the fuel supply should be reduced or interrupted.
This prevents the furnace from sitting there burning expensive resources while waiting for somewhere to send its output.
A well-optimized furnace system ensures that your fuel becomes finished products and profit instead of disappearing into unnecessary heat.
7. Automate Growth Potions and Use the Alchemical Cauldron Early
The Alchemical Cauldron can look intimidating when you first unlock it.
There are fluid connections, ingredients, recipes, pipes, and filters to manage, so it is easy to delay working with the system.
However, I would not ignore it for too long.
One of my favorite mid-game strategies is prioritizing the automation of Growth Potions.
The initial setup can take some planning, but the long-term benefits are extremely valuable.
When Growth Potions are combined with strong fertilizer systems, your farming stations can become much more productive.
You can increase harvesting speed and create a reliable supply of useful materials such as salt, clay, and fungi.
Instead of covering your entire map with huge farms, I prefer compact farming modules.
A small, well-designed setup can provide a surprising amount of resources when the potion and fertilizer systems are working correctly.
The basic idea is to create a productive cycle:
The Alchemical Cauldron produces useful liquids → The liquids support farming → Farming produces important resources → Those resources support more advanced production.
With good piping and filtering, this can become a very stable system.
It also reduces your need to constantly spend coins through purchasing portals for certain basic materials.
Growth Potion automation can become one of the foundations of a self-sufficient mid-game factory.
8. Use Catapults and Cannons for Long-Distance Transport
When you unlock new factory sectors, it is tempting to connect everything with huge conveyor belts.
You might end up with belts traveling across the entire factory floor just to move one resource from one side to another.
I try to avoid this whenever possible.
Long conveyor systems can consume space, make your factory difficult to navigate, and create unnecessary transportation delays.
Instead, catapults and cannons can become incredibly useful for long-distance logistics.
These machines allow you to launch resources across your factory without covering the ground with endless belts.
I like placing them near resource portals or major collection points.
Materials can enter the launcher and travel directly through the air toward their destination.
This allows resources to move over:
- Buildings
- Pipes
- Conveyor systems
- Walls
- Other factory structures
You can aim the transport directly toward sawmills, crushers, smelters, or other machines.
This saves a huge amount of space.
Instead of building dozens of belts across your base, you can create cleaner launch systems that move materials quickly between important areas.
Besides being efficient, ballistic transportation also makes the factory much easier to organize and expand.
9. Build a Test Area Before Adding Complex Production Lines
Trying to design a complicated production chain in the middle of an already active factory can become incredibly frustrating.
You might place several machines, build half of the conveyor system, and then discover that you are missing one block of space for an important connection.
Then you have to dismantle machines, clean up dropped resources, and rebuild everything.
I avoid this by creating a dedicated test or staging area.
This is basically my engineering laboratory.
I keep a large, clear area away from the main factory traffic where I can experiment with layouts.
This gives me space to test:
- Machine rotation
- Conveyor spacing
- Belt heights
- Pipe connections
- Resource inputs
- Cannons and catapults
- Production flow
I can continue adjusting the module until everything works properly.
Once the design is perfect, I save it as a blueprint.
Then I can move to the main factory and place the finished design exactly where I want it.
This saves a huge amount of time.
Instead of experimenting inside your most important production area, you solve all the problems before the module becomes part of your main factory.
It also makes your base much cleaner and more modular.
If you plan to build the same production setup multiple times, creating and saving a tested blueprint can save hours of rebuilding.
10. Plan Your Factory in Modules Instead of Building Everything Randomly
As your Alchemy Factory 1.0 operation becomes larger, random expansion becomes increasingly difficult to manage.
One machine here, another belt somewhere else, and a new furnace squeezed into an empty corner may work temporarily, but eventually the factory becomes difficult to upgrade.
I recommend thinking in modules.
Instead of asking, “Where can I fit this machine?” try asking, “What complete production module do I need?”
For example, you could create separate sections for:
Raw Material Purchasing
Portals and money connections responsible for buying resources.
Currency Management
Bank portals and coin belts that keep your money moving efficiently.
Farming
Growth Potions, fertilizer systems, and crop production.
Metallurgy
Furnaces, coke production, steel, and other heavy manufacturing.
Alchemy
Cauldrons, liquids, ingredients, and potion production.
Shop Supply
Finished products moving toward shelves and customer areas.
When each section has a clear purpose, expanding becomes much easier.
You can build, test, and improve one module without destroying the rest of the factory.
This also works perfectly with the staging area and blueprint system.
Once you design an efficient module, you can replicate it whenever your factory needs more production.
Final Thoughts
Alchemy Factory 1.0 becomes much more enjoyable once you stop trying to solve every problem manually.
The biggest factories are not necessarily the ones with the most machines. They are the ones where every system works together.
Your coins should move through the factory and support purchasing portals.
Your currency should be converted efficiently so belts do not become clogged.
Research should only unlock products when your infrastructure is ready.
Furnaces should not waste fuel.
Long-distance resources should not always require massive conveyor networks.
And complicated production lines should be tested before becoming part of your main factory.
The more your operation grows, the more important planning becomes.
I have found that the best approach is to let automation handle repetitive work while you focus on improving the overall design. Build your systems in modules, look for bottlenecks, and do not be afraid to redesign something that is no longer efficient.
A good Alchemy Factory does not have to be perfect from the beginning. The goal is to keep learning, improving your layouts, and building a production system that can continue growing without turning into an impossible mess.