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= How Manufacturing Works in EVE Online =
Manufacturing is the process of converting raw materials into finished products. It is one of the core pillars of EVE Online's player-driven economy and the primary way that ships, modules, ammunition, drones, structures, and countless other items enter the game. With very few exceptions, almost everything that players use has been manufactured by another player.

At its simplest, manufacturing follows a straightforward process:<blockquote>'''Blueprint → Materials → Manufacturing Job → Finished Product'''</blockquote>While the process itself is easy to understand, becoming a profitable manufacturer requires understanding blueprints, material sourcing, production facilities, market demand, logistics, taxes, and production efficiency. This guide explains every stage of the manufacturing process, from your very first production job to large-scale industrial operations.
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= The Manufacturing Process =
Every manufacturing job follows the same basic workflow.

== Step 1 – Obtain a Blueprint ==
Every manufactured item requires a blueprint.

A blueprint contains all of the information needed to produce an item, including:

* Materials required
* Manufacturing time
* Skills required
* Production activity
* Research levels
* Copy status (Original or Copy)

Without a blueprint, manufacturing cannot begin.

Blueprints come in two forms:

* '''Blueprint Originals (BPOs)''' – Permanent blueprints that can be researched and copied.
* '''Blueprint Copies (BPCs)''' – Limited-use copies with a fixed number of production runs.

For most new industrialists, inexpensive Blueprint Originals for Tech I modules and ammunition are the best place to start.
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= Step 2 – Acquire the Required Materials =
Once you have a blueprint, you must gather the materials listed on it.

How you obtain those materials is entirely up to you.

Common sources include:

== Mining ==
Mine ore yourself and refine it into minerals.

Advantages:

* No ISK spent purchasing materials
* Teaches the resource chain

Disadvantages:

* Time-intensive
* Often not the most profitable use of your time

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== Buying Materials ==
Purchase minerals directly from the market.

Advantages:

* Fast
* Convenient
* Enables high-volume production

Disadvantages:

* Material prices fluctuate
* Poor buying decisions reduce profits

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== Corporation Supply Chains ==
Many corporations operate internal buyback and supply programs where members purchase minerals or components directly from one another.

Advantages:

* Stable supply
* Often lower logistics costs

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== Reprocessing Loot ==
Mission loot and salvaged modules can sometimes be reprocessed into minerals.

While not a primary manufacturing source, it can supplement production.
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= Step 3 – Meet the Skill Requirements =
Each blueprint lists the skills required to manufacture it.

Typical beginner requirements include:

* Industry
* Science (for some advanced items)

More advanced production introduces additional skills such as:

* Advanced Industry
* Invention
* Research
* Tech II specialization skills

If your character does not meet the skill requirements, the manufacturing job cannot be started.
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= Step 4 – Choose a Manufacturing Facility =
Manufacturing cannot take place anywhere—you must use a facility capable of running industrial jobs.

There are two main options.

== NPC Stations ==
Advantages:

* Available to everyone
* No setup required
* Safe and reliable

Disadvantages:

* No special bonuses
* Higher costs than optimized player structures
* No customization

These are ideal for beginners learning the basics.
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== Player-Owned Structures ==
Engineering complexes and other industrial structures provide:

* Material bonuses
* Faster manufacturing
* Lower production costs
* Specialized rigs for different product types

Many corporations provide members with access to well-equipped industrial facilities.

Using the correct structure can significantly improve profitability over time.
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= Step 5 – Start the Manufacturing Job =
Once everything is prepared, you can begin production.

The manufacturing interface displays:

* Blueprint being used
* Production location
* Number of runs
* Required materials
* Manufacturing duration
* Installation cost
* Expected completion time

If everything is available, simply install the job.

The manufacturing slot becomes occupied until the job finishes.
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= Step 6 – Deliver the Finished Product =
When the timer completes, the job is ready to deliver.

The completed item appears in the selected output hangar or station inventory.

At this point you can:

* Sell it
* Use it
* Store it
* Transport it elsewhere
* Use it as part of another manufacturing chain

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= Understanding Production Runs =
Every manufacturing job consists of one or more production runs.

A single run produces the quantity defined by the blueprint.

For example:

* One run of a frigate blueprint produces one frigate.
* One run of an ammunition blueprint may produce hundreds or thousands of rounds.

Running multiple jobs together is usually more efficient than manufacturing items one at a time.
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= Where Manufacturing Materials Come From =
One of the biggest misconceptions among new industrialists is that manufacturing only uses minerals.

In reality, different products require different inputs.

Examples include:

=== Minerals ===
Used for most Tech I production.
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=== Planetary Industry Materials ===
Required for:

* Fuel blocks
* Structures
* Components
* Advanced industry

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=== Moon Materials ===
Required for:

* Tech II production
* Advanced components
* Reactions

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=== Gas Products ===
Used for:

* Tech III production
* Combat boosters
* Advanced manufacturing

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=== Salvage ===
Used primarily for:

* Rig manufacturing

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=== Components ===
Capital ships and structures require enormous quantities of manufactured components before the final product can even begin construction.
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= Production Time =
Every blueprint has a manufacturing time.

Several factors affect it:

* Blueprint Time Efficiency research
* Character skills
* Structure bonuses
* Implants
* Manufacturing rigs

Reducing production time allows more manufacturing jobs to be completed over the same period, increasing the effective use of your production slots.
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= Manufacturing Costs =
Producing an item is never free.

Typical costs include:

* Material purchases
* Manufacturing installation fees
* Facility taxes
* Structure taxes
* Market taxes when selling
* Hauling costs

Many new players only calculate material costs and forget the additional expenses, leading them to believe an item is profitable when it is not.

Always calculate the '''total production cost''', not just the mineral cost.
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= Material Efficiency =
Every unit of wasted material reduces profit.

Material Efficiency (ME) research decreases the amount of materials required to build an item.

For large production runs, even a small improvement in ME can save millions—or even billions—of ISK over time.

Researching important Blueprint Originals is therefore one of the best long-term investments an industrialist can make.
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= Manufacturing at Scale =
As your skills improve, manufacturing becomes less about producing individual items and more about managing production lines.

Large manufacturers often run:

* Dozens of blueprints
* Multiple characters
* Hundreds of concurrent jobs
* Continuous production cycles

At this point, manufacturing becomes a logistics and planning challenge rather than simply clicking "Start Job."

Successful industrialists spend as much time planning production, sourcing materials, and analysing market demand as they do installing jobs.
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= What Makes Manufacturing Profitable? =
Simply building an item does not guarantee profit.

Successful manufacturers focus on four key principles:

== Build What People Buy ==
Demand matters more than complexity.

Items that sell consistently often outperform expensive products with low sales volume.
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== Control Material Costs ==
Buying minerals at inflated prices can eliminate all profit.

Many industrialists reduce costs by:

* Mining
* Using corporation buyback programs
* Placing buy orders instead of purchasing immediately
* Buying during market dips

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== Reduce Manufacturing Costs ==
Using researched blueprints, efficient structures, and trained skills reduces production expenses over thousands of manufacturing jobs.
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== Sell Efficiently ==
Selling at the wrong station or using poor pricing strategies can erase otherwise healthy manufacturing margins.

Manufacturing profit is only realised once the item is sold.
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= Common Beginner Mistakes =
New manufacturers often make the same mistakes.

=== Manufacturing without checking the market ===
Just because something can be built does not mean people are buying it.
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=== Ignoring taxes and fees ===
Installation costs, broker fees, and sales taxes all reduce profit.
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=== Buying every material using immediate sell orders ===
Patient buy orders often reduce material costs significantly.
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=== Manufacturing only because materials were mined personally ===
Ore you mine has value.

Using your own minerals is '''not free'''—they still have an opportunity cost because they could have been sold instead.
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=== Investing too heavily in expensive blueprints ===
Start with inexpensive, high-volume products while learning the market.
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= Beginner Manufacturing Roadmap =
A simple progression for new industrialists is:

# Learn the manufacturing interface.
# Purchase a few inexpensive Tech I Blueprint Originals.
# Build basic ammunition or modules.
# Learn how to calculate profit.
# Research your most-used blueprints.
# Expand into drones, rigs, and ships.
# Increase your production slots with skills.
# Move into specialized or advanced manufacturing once you have sufficient capital and market knowledge.

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= Final Thoughts =
Manufacturing is one of the most rewarding careers in EVE Online because it transforms raw materials into products that fuel the entire player economy. While the mechanics are simple—obtain a blueprint, gather materials, start a job, and deliver the finished item—long-term success depends on understanding efficiency, costs, logistics, and market demand.

The most successful manufacturers do not simply build items; they build efficient production systems. By learning to control every stage of the manufacturing process, from sourcing materials to selling finished goods, you can develop a scalable industrial operation capable of generating consistent profit and supporting everything from solo gameplay to alliance-scale production.