How Forges Work in Tectonic Industries
Forges represent the final processing step before ores are sold in Tectonic Industries, the popular Roblox mining tycoon developed by SeenVerge and the Buh Deez team. After ores have been mined by drills or pickaxes and processed through refiners, they can be passed through a forge for one last value increase before hitting the sell point. With 13 forges available in the game, culminating in the powerful Nuclear Forge, understanding how to integrate forges into your processing chain is essential for maximizing your ore profits.
The forge system in Tectonic Industries is elegantly simple in concept but deeply strategic in execution. A forge takes a refined ore and applies a value multiplier to it, just like a refiner does. However, forges generally provide higher multipliers than refiners of the same tier, and their multipliers stack on top of the refining bonus. This means that the combined effect of refining and forging an ore can multiply its raw value by 5-10x depending on the quality of your equipment.
The processing flow in a fully optimized Tectonic Industries operation looks like this: ores are extracted by drills, transported by conveyor belts to refiners for the first value increase, then moved to forges for the second value increase, and finally delivered to the sell point where they are converted into cash. Each step in this chain adds significant value, and skipping any step means leaving money on the table.
One important thing to understand about forges is that they have processing speeds that vary by tier. A Basic Forge might process one ore every few seconds, while a Nuclear Forge can handle ores much faster. If your forge cannot keep up with the flow of refined ores coming from your refiners, you will create a bottleneck that reduces your overall income. Matching your forge capacity to your refining throughput is a key optimization challenge.
All 13 Forges Ranked and Compared
Here is a complete comparison of all 13 forges in Tectonic Industries, ranked by their value multiplier and overall performance. The value multiplier represents how much the forge increases the ore's value relative to its refined state.
| Rank | Forge | Value Multiplier | Processing Speed | Blueprint Level | Cost Tier |
|---|---|---|---|---|---|
| 1 | Nuclear Forge | 2.0x | Very Fast | Level 12 | Maximum |
| 2 | Plasma Forge | 1.85x | Fast | Level 13 | Very High |
| 3 | Quantum Forge | 1.8x | Very Fast | Level 11 | Extremely High |
| 4 | Diamond Forge | 1.7x | Fast | Level 10 | Very High |
| 5 | Titanium Forge | 1.6x | Medium-Fast | Level 9 | High |
| 6 | Chromium Forge | 1.55x | Medium-Fast | Level 8 | High |
| 7 | Cobalt Forge | 1.5x | Medium | Level 8 | Medium-High |
| 8 | Lead Forge | 1.45x | Medium | Level 7 | Medium |
| 9 | Zinc Forge | 1.4x | Medium | Level 7 | Medium |
| 10 | Tin Forge | 1.35x | Medium | Level 6 | Medium |
| 11 | Advanced Forge | 1.3x | Medium | Level 5 | Low-Medium |
| 12 | Standard Forge | 1.25x | Slow-Medium | Level 4 | Low |
| 13 | Basic Forge | 1.2x | Slow | Level 3 | Very Low |
The Nuclear Forge stands at the pinnacle of forge technology in Tectonic Industries. With a 2.0x value multiplier and very fast processing speed, it is the ultimate processing machine for endgame players. When paired with the Flamethrower Refiner, the Nuclear Forge creates a processing chain that can multiply raw ore value by 10x or more, making it the cornerstone of any serious money-making operation.
Notice the significant jump in performance between the mid-tier forges (Tin Forge through Lead Forge at 1.35-1.45x) and the high-tier forges (Chromium Forge through Nuclear Forge at 1.55-2.0x). This jump reflects the escalating investment required for late-game equipment and the correspondingly higher returns that justify that investment.
The Nuclear Forge: Endgame Powerhouse
The Nuclear Forge is the most powerful forge in Tectonic Industries and arguably the most important endgame machine you can build. Unlocked at Blueprint Level 12, it provides a 2.0x value multiplier on top of whatever refining bonuses your ores have already received. Combined with the Flamethrower Refiner's 2.0x multiplier, the Nuclear Forge is the key to achieving the highest possible income in the game.
Why the Nuclear Forge is worth every penny:
Consider a Lead ore with a raw value of 500 coins. Without any processing, you would sell it for 500 coins. With a Premium Refiner (1.7x), the Flamethrower (2.0x), and the Nuclear Forge (2.0x), that same ore becomes worth:
500 x 1.7 x 2.0 x 2.0 = 3,400 coins
That is nearly seven times the raw value from just three processing steps. The Nuclear Forge alone doubles the value from 1,700 to 3,400 coins, which means it adds 1,700 coins of value per ore. When you are processing hundreds or thousands of ores per hour, the Nuclear Forge's contribution to your income is enormous.
| Ore (Raw Value) | After Refining (1.7x) | After Flamethrower (2.0x) | After Nuclear Forge (2.0x) | Total Multiplier |
|---|---|---|---|---|
| Copper (10) | 17 | 34 | 68 | 6.8x |
| Iron (30) | 51 | 102 | 204 | 6.8x |
| Gold (80) | 136 | 272 | 544 | 6.8x |
| Chromium (200) | 340 | 680 | 1,360 | 6.8x |
| Lead (500) | 850 | 1,700 | 3,400 | 6.8x |
The multiplier stays consistent at 6.8x because all three processing steps multiply together (1.7 x 2.0 x 2.0 = 6.8). This means every ore in the game, regardless of its base value, receives a 580% value increase from this processing chain. The higher the base value of the ore, the more absolute profit you earn from processing it.
Best Forge Chain Configurations
Just like with refiners, the order and combination of forges in your processing chain matters. Here are the optimal forge chain configurations for different game stages:
Early Game (Basic Forge only):
Drill -> Basic Refiner (1.2x) -> Basic Forge (1.2x) -> Sell
This simple chain provides a total multiplier of 1.44x, meaning your ores are worth 44% more than raw. It is modest but meaningful in the early game.
Mid Game (Standard/Advanced Forge):
Drill -> Improved Refiner (1.5x) -> Advanced Forge (1.3x) -> Sell
This mid-game chain provides a total multiplier of 1.95x, nearly doubling your ore value. The Advanced Forge adds a solid 30% bonus on top of refining.
Late Game (Premium Forge with Flamethrower):
Drill -> Premium Refiner (1.7x) -> Flamethrower (2.0x) -> Premium Forge (1.6x) -> Sell
This late-game chain provides a total multiplier of 5.44x, more than quintupling your raw ore value. The Flamethrower is the star of this chain, and the Premium Forge provides a strong finishing multiplier.
Endgame (Nuclear Forge with maximum refiners):
Drill -> Chromium Refiner (1.65x) -> Flamethrower (2.0x) -> Nuclear Forge (2.0x) -> Sell
This is the ultimate processing chain in Tectonic Industries, providing a total multiplier of 6.6x. Every raw ore that enters this chain comes out worth 6.6 times its base value. When you are mining Lead ores worth 500 coins each, each one becomes worth 3,300 coins after processing.
| Chain Configuration | Total Multiplier | Value of 100-coin Ore | Game Stage |
|---|---|---|---|
| Basic Refiner + Basic Forge | 1.44x | 144 | Early |
| Improved Refiner + Advanced Forge | 1.95x | 195 | Mid |
| Premium Refiner + Flamethrower + Premium Forge | 5.44x | 544 | Late |
| Chromium Refiner + Flamethrower + Nuclear Forge | 6.6x | 660 | Endgame |
Forge Placement and Conveyor Integration
Proper forge placement in your conveyor system is critical for maintaining smooth ore flow and maximum processing efficiency. Here are the key principles:
Place the forge after the refiner, never before. The forge multiplies the value of whatever enters it, so you want the ore to be as valuable as possible before it reaches the forge. This means all refining should happen before forging. The only exception is if you have multiple forges and are chaining them, in which case the same principle applies: more valuable ores should enter the forge with the higher multiplier.
Ensure adequate conveyor speed between refiner and forge. The refiner-forge connection is one of the most common bottleneck points in a Tectonic Industries processing chain. If your refiner outputs ores faster than your forge can process them, ores will queue up at the forge input. Use faster conveyor belts or multiple forge inputs to handle the flow.
Consider multiple forges for high-throughput operations. If you have several high-tier drills producing a large volume of ores, a single forge may not be able to keep up. Adding a second forge in parallel (both fed by the same refiner output) doubles your forging capacity and prevents bottlenecks.
Route all ores through the forge before selling. It sounds obvious, but some players accidentally create conveyor bypasses that route some ores directly to the sell point without passing through the forge. Double-check your conveyor layout to ensure every ore goes through the full processing chain before being sold.
| Placement Principle | Why It Matters | Common Mistake |
|---|---|---|
| Forge after refiner | Maximizes forge multiplier | Placing forge before refiner |
| Adequate conveyor speed | Prevents bottlenecks | Using slow belts between machines |
| Multiple forges in parallel | Handles high throughput | Single forge overwhelmed |
| No bypass routes | All ores get processed | Accidental conveyor shortcut |
Profit Optimization: When to Sell
Timing your ore sales can also impact your overall profits in Tectonic Industries. While the game does not have a fluctuating market system, there are still strategic considerations about when to sell:
Sell processed ores immediately. There is no benefit to hoarding processed ores. Once an ore has been through your full refiner and forge chain, sell it right away. Holding onto processed ores ties up value that could be reinvested in upgrades.
Do not sell raw ores to make quick cash. It can be tempting to sell a pocketful of raw ores when you need cash for an upgrade, but the opportunity cost is significant. Those same ores would be worth 3-6x more if processed first. If you must sell raw, only do so for essential early-game purchases.
Batch process for efficiency. If you are manually mining, it is often more efficient to collect a full backpack of ores, deposit them all at once, and let your processing chain handle the batch rather than making frequent small deposits. Larger batches mean the conveyors and machines run continuously without the start-stop pattern of small deposits.
Reinvest profits into processing upgrades. The most profitable approach is to reinvest your forge-enhanced income into better forges and refiners, which in turn increase the value of future ores. This creates a compounding effect where each upgrade makes the next upgrade more affordable.
For more strategies on maximizing your income, check out our Best Money Making Methods guide and join the Tectonic Industries Discord community to discuss forge setups with other players.
FAQ
Q: What is the best forge in Tectonic Industries? A: The Nuclear Forge is the best forge in Tectonic Industries. It provides a 2.0x value multiplier and very fast processing speed, making it the most powerful forge in the game. It is unlocked at Blueprint Level 12 and, when combined with the Flamethrower Refiner, can increase raw ore value by up to 6.6x or more depending on your full processing chain.
Q: Should I build a forge before a refiner? A: No, you should always build your refiner before your forge. Refiners and forges both multiply ore value, and the forge multiplies whatever value the ore has when it enters. By refining first, you increase the base value that the forge then multiplies, resulting in a higher final sell price. The optimal order is always: Refiner -> Forge -> Sell.
Q: How much more are ores worth after forging? A: The value increase from forging depends on which forge you use. The Basic Forge adds 20% value (1.2x multiplier), while the Nuclear Forge doubles the value (2.0x multiplier). When combined with refining, the total processing bonus can range from 1.44x (basic refiner + basic forge) to 6.6x or more (premium refiner + flamethrower + nuclear forge).
Q: Can I use multiple forges on the same ore? A: Yes, you can chain multiple forges together so that an ore passes through each one sequentially. Each forge applies its value multiplier to the ore's current value, creating a compounding effect. However, this is usually less efficient than using a single high-tier forge because the conveyor complexity and bottleneck risk increase with each additional forge in the chain.