Fractory vs. Direct Sheet Metal Fabrication: Why European Engineers Compare Local Platforms to Asian Factories

If you’re an engineer or procurement manager at a European manufacturing SME, you’ve likely encountered Fractory. Founded in 2017 in Estonia and now headquartered in Manchester, England, Fractory has become a go-to platform for engineering companies looking to order custom sheet metal parts online. The company doesn’t own any factories. Instead, it operates as a marketplace—an intermediary connecting buyers with a network of over 150 pre-vetted manufacturing partners across Europe. Engineers upload their CAD files and receive pricing from this network of manufacturers. A team of technical sourcing engineers can offer guidance if needed. The platform then routes jobs to the most suitable supplier based on capability, location, and capacity, and the price includes laser cutting, bending, threading/countersinking, and powder coating.

Fractory markets itself as a procurement revolution for European manufacturers—instant pricing, vetted suppliers, and a single point of contact replacing the need to manage multiple supplier relationships. By some accounts, it effectively replaces a whole procurement department for engineering SMEs.

But here’s what happens when a growing company starts comparing the total cost of a local platform against sourcing directly from an Asian factory. The structural cost differences—compressed into a single comparison—become impossible to ignore.

In this article, we’ll examine why European engineers are increasingly comparing Fractory to direct factory sourcing, where the real cost differences come from, and when the switch from a local platform to a direct factory makes financial sense.

Explore our full-service sheet metal fabrication — laser cutting, bending, welding, finishing, and assembly under one roof →

1. How Fractory’s Platform Model Actually Works (And Where the Money Goes)

Fractory sits between the customer and the factory. Its core business is not metal fabrication—it is enterprise software and marketplace orchestration. The company’s founder Martin Vares has been explicit about this: “Fractory isn’t a manufacturer itself, nor does it have plans to get involved in that part of the process. Rather, it is in the business of enterprise software, with a marketplace for those who are able to carry out manufacturing jobs… to engage with companies that need metal parts made.”

This platform model generates costs that don’t exist in a factory-direct relationship. Understanding where these costs come from explains why European engineers, particularly those placing larger orders, are increasingly comparing local marketplace pricing against Asian factory-direct alternatives.

The Three-Layer Cost Stack: What Fractory’s Pricing Must Cover

Every part you order through Fractory carries a price that must cover three distinct layers of cost:

Layer 1: The actual manufacturing cost. The shop that performs the physical work—laser cutting your steel, bending your flanges, welding your assembly—has its own cost baseline. This includes material (purchased at European market rates from reputable importers), labor at European wages (€17–€20 per hour or more depending on the country), machine time, and overhead such as energy, facility costs, and regulatory compliance.

Layer 2: The shop’s profit margin. The manufacturing partner adds its own profitability requirement on top of its operating costs. This margin must sustain the shop’s business, fund equipment reinvestment, and provide returns to its owners.

Layer 3: Fractory’s platform margin. Fractory is a for-profit company with over 80 employees, software infrastructure to maintain, and investors to satisfy. Fractory has raised approximately €5–9 million in venture capital from investors including OTB Ventures, Kvanted, and SmartCap.The company’s own operational costs must be funded through the spread between what customers pay and what manufacturing partners receive. While Fractory would describe this as payment for the value they add—supplier vetting, technical engineering support, and process coordination—the economic reality is that you are paying two margins: the shop’s margin and the platform’s margin.

Fractory provides upfront pricing and dedicated support to keep projects on budget, with full visibility of order status and cost tracking through project references on invoices.But no amount of cost visibility changes the fundamental stack: you are paying a European manufacturer plus a European software company. In a factory-direct relationship, you pay only one entity—and that entity is located in a region with fundamentally different cost structures for materials, labor, and energy.

Learn why engineers are switching from online platforms to direct manufacturers →

2. Material Costs: The Price Gap Starts at the Raw Stock

Raw materials typically represent 40–60% of total sheet metal fabrication costs.Where the material is sourced fundamentally determines the base cost of every part before a single cut is made.

Within Fractory’s network, partner shops source sheet metal from European mills and reputable importers.The cost of raw materials in Europe reflects several structural factors: domestic production costs have risen amid energy price increases and tighter environmental regulations, Asian competitors with cheaper operating costs have gained share in European markets, and European steel prices face ongoing volatility alongside weak regional demand.

The result is that a European shop sourcing 304 stainless steel or 5052 aluminum for your job is paying prices shaped by the European cost environment. By contrast, a factory-direct manufacturer in China sources the same materials at fundamentally different prices.

Raw Material Cost Comparison (2025 Market Prices):

Note: ¥1 ≈ €0.127. European prices are estimated based on industry benchmarks and may vary by country, grade, and volume.

These are the starting prices before any processing. When material constitutes nearly half your part cost, sourcing where material is fundamentally cheaper creates a cost advantage that platform efficiency cannot overcome. A direct factory in China can purchase raw materials at local market prices—not European prices plus distributor margins. This gap is not about negotiation or volume discounts; it reflects the underlying economics of different regional steel and aluminum markets.

Explore our material capabilities — any commercially available sheet metal sourced at mill-direct pricing →

3. Labor Costs: The Second Structural Gap

The other half of sheet metal fabrication cost is processing—the labor and machine time required to cut, bend, weld, and finish the metal. The cost per hour in the UK and across Europe is well-documented. Skilled sheet metal workers and fabricators command significant wages in developed economies. General industry data suggests labor costs in developed countries like the United States and Europe are substantially higher than rates in manufacturing centers in Asia.

European sheet metal worker hourly rates:

• Ireland: €17.00+/hour
• UK: £17.56/hour (approximately €20.80)
• Skilled sheet metal workers earn €2,841–€4,568 monthly, and after 5 years can earn up to €4,632 monthly

These are the loaded rates the shops in Fractory’s network pay their workers. A fabricator earning €17–€20 per hour costs the shop significantly more once employer social contributions, benefits, facility overhead, and equipment amortization are added. Meanwhile, labor costs in Southeast Asian manufacturing regions are regionally lower. Industry sources note that while Southeast Asian labor may cost approximately $4.40/hour, rates in the US or Europe are higher, and suggest considering regional sourcing to balance quality and cost.

This labor cost difference is typically the largest single factor in the final price gap between a locally manufactured product and a competitively sourced import. A bracket that requires 15 minutes of combined labor across cutting, bending, deburring, and inspection costs approximately €4.50 in labor in Europe—at China’s direct factory shop rates, the same 15 minutes of processing costs a fraction of that amount. Multiply this across a 100-part order, and the difference amounts to hundreds of euros in labor alone.

It is important to be precise about what this difference means and does not mean. Lower labor costs do not reflect lower skill—modern Chinese sheet metal factories employ trained technicians operating CNC press brakes, fiber laser cutters, and robotic welding cells comparable to those in European shops. The cost difference is primarily a function of the general wage level in the respective economy. The quality implications depend on the specific factory’s equipment, quality systems, and process controls—not on the hourly rate of its workers.

See our ISO 9001:2015, ISO 13485, and IATF 16949 certified manufacturing facility →

4. The Hidden Cost: Multi-Layer Margin Stacking

So far we have analyzed the cost difference in terms of material and labor economics. But there is a third structural driver of the price gap—one that doesn’t show up in any comparison of raw material or wage data. It’s the margin structure of the platform model itself.

How the Platform Margin Stack Works

When your order flows through Fractory:

1. The manufacturing partner calculates its cost for your job (material + labor + machine + overhead).
2. The partner adds its own profit margin (manufacturing businesses typically aim for 15–25% gross margins).
3. Fractory’s platform margin is layered on top. Fractory has its own operational costs to cover—80+ employees, offices in Manchester and Estonia, software engineering teams, investor returns, and sales and marketing expenses.
4. The customer sees the final price, which includes both the partner’s margin and the platform’s margin.

The end result is that the customer pays for two businesses instead of one. When you compare this with a direct factory relationship, where your price reflects only the factory’s costs plus a single margin, the structural difference is plain. Every euro that Fractory must earn to sustain its platform is a euro that could be retained by the customer in a direct relationship.

Some of what Fractory provides with that second margin—technical sourcing experts who can advise on design for manufacturing methodology and design for cost—is genuinely useful, especially if your organisation lacks in-house manufacturing expertise. But if you do have engineering capability, you may be paying for a service you don’t strictly need.

Consider what Fractory’s own documentation says: they are “not in charge of making anything themselves.” Their marketplace “serves as an interface between those who manufacture and those who need it.”In exchange for this interface, you pay both the manufacturer and the interface provider.

What Fractory Does Well (That You Should Consider Before Switching)

A fair comparison requires acknowledging the real value Fractory provides. The platform:

• Simplifies procurement for companies that lack the time or expertise to manage multiple supplier relationships.
• Provides technical sourcing engineers who can offer DFM and DFC guidance.
• Coordinates multi-stage manufacturing, managing multi-process fabrication workflows through its platform, routing specialist processes to appropriate partners and managing logistics between them.
• Offers compliance documentation, including material certificates and certifications within their network such as EN 1090, ISO 3834, ISO 9001, and ISO 14001.

If your organization has limited in-house manufacturing expertise or places orders too small to justify the overhead of supplier relationship management, Fractory may be the right choice. The platform’s immediate quoting and fast turnaround for prototypes within the European logistics footprint is genuinely valuable for early-stage development work.

Compare Fractory against other platform alternatives for European sheet metal →

5. Real Cost Comparison: 100-Unit Sheet Metal Enclosure Assembly

Let’s look at the real numbers. We priced a typical sheet metal enclosure assembly—precisely the kind of work a European engineering SME might need for a production run of industrial equipment housings or electrical enclosures.

The Part:

• 100 mild steel enclosures with 4 bends, 6 tapped holes, continuous seam welds, and powder coating
• Material: SPCC cold-rolled steel, 1.5mm
• Processes: Laser cut, CNC bend, tap, MIG weld, powder coat
• Delivery to Frankfurt, Germany

Savings at 100 units: ~€4,015 (approximately 65%)

Fractory pricing estimated using public platform data on labor costs, material costs, and platform margin percentages. European labor rates based on published industry benchmarks. European material rates reflect known market price differences. China factory rates based on actual 2025 Baosheng Chinese supplier market data for materials, processing, and labor hours. Actual Fractory quotes may differ.

The per-unit savings of approximately €40 drops almost entirely to the bottom line of the project. For a small manufacturer placing similar orders several times a year, the annual savings can fund additional product development, hire a junior engineer, or simply provide the margin buffer that makes the difference between a viable product and one that costs too much to manufacture.

For larger quantity production runs, the savings compound further. A 500-unit order would likely exceed €20,000 in savings—enough to justify the slightly longer logistics planning on its own.

The Scaling Effect: How Savings Change with Quantity

To illustrate how quantity affects the total cost, here’s how a simpler bracket (aluminum with bends and powder coat, no welding) prices across different batch sizes.

Part Example: 5052 Aluminum bracket, 2.0mm, 2 bends, 4 tapped holes, powder coated

Key takeaway: The gap widens as quantities increase because the cost of local labor and the platform margin grow proportionally with volume, while factory-direct processing costs benefit from full batch amortization.

Compare our factory-direct sheet metal production pricing against Xometry and other platforms →

6. Logistics: What DDP Delivery Means for European Buyers

One of the most common objections to sourcing from Asia is the perceived complexity of international shipping—fear of customs clearance, surprise duties, and uncertain final costs. The DDP (Delivered Duty Paid) shipping model addresses this directly.

Under DDP terms, the factory handles everything: export customs clearance, international freight (air, sea, or rail), import duties and taxes at the destination country, and final delivery to your door. The price you’re quoted is the total price you pay—there are no additional charges upon delivery.

This model transforms the international sourcing experience. The door-to-door convenience that has historically been the primary advantage of local platforms—upload files, receive pricing, get parts delivered—is now equally available through factory-direct sourcing. The factory that manufactures your parts also manages their journey to your facility.

For European destinations, the China-Europe Rail Express now provides a middle-ground between sea and air freight, with transit times of 18–22 days.This is typically faster than sea freight and more economical than air freight, offering a practical balance of cost and speed for production orders that cannot tolerate the longer lead times of ocean shipping but do not require air freight pricing.

Learn more about DDP shipping and how it simplifies international sourcing →

7. Quality and Certifications: The Standard European Buyers Should Expect

A frequent concern for European buyers considering Asian sourcing is quality consistency. The assumption that European manufacturing is inherently higher quality than Asian manufacturing is outdated—what determines quality is not geography but the specific factory’s equipment, quality management systems, and process controls.

Fractory’s suppliers hold certifications including EN 1090, ISO 3834, ISO 9001, and ISO 14001. These are credible certifications that ensure fabricated components meet required standards for CE marking and structural compliance.

A direct factory should be able to demonstrate equivalent or superior credentials:

Beyond the certifications themselves, three practical considerations matter for European buyers:

Material traceability — Full material certifications with traceability to mill heat lots should be provided as standard. This is important for any industry where material provenance must be documented, including construction, automotive, and medical equipment manufacturing.

Pre-shipment inspection — Professional factory-direct manufacturers provide detailed inspection reports before parts leave the factory. You should expect: dimensional inspection reports (CMM or manual measurement for key features), material certifications with heat lot traceability, surface finish verification, and certificate of conformance. These documents arrive before the parts ship, giving you the opportunity to review and approve quality before international freight is committed.

Factory audit access — A direct factory manufacturer should welcome on-site audits and factory visits. If a supplier resists a visit, that’s a signal worth paying attention to.

See our facility certifications and quality documentation →

8. Fractory vs. Baosheng: Full Feature Comparison

When Fractory Is the Better Choice

Fractory is genuinely strong in several scenarios:

• Early-stage prototyping and design validation where the immediate logistics of working within Europe and fast turnaround matter more than unit cost. Fractory’s platform can quote and begin production within hours for local manufacturing, getting parts into your hands in days rather than weeks.
• Projects requiring EN 1090 CE-marked structural steelwork where the compliance framework is already embedded within Fractory’s European supplier network. The CE marking framework is specific to the European regulatory environment, and Fractory’s partner network includes fabricators that hold EN 1090 certification, ensuring structural components meet the necessary requirements for the European market.
• Complex multi-stage manufacturing projects where Fractory’s platform orchestrates production across multiple specialized manufacturing partners, handling everything from fabrication to finishing and final assembly through a single platform interface.
• Organizations without in-house manufacturing expertise that benefit from Fractory’s sourcing engineers and process coordination. If your team lacks the capability to review fabrication drawings, assess manufacturability, or manage supplier quality, Fractory provides these services as part of the platform.

Consider a direct factory alternative when:

• You’re ordering production quantities (50+ units) and the per-unit cost difference has a material impact on your project budget.
• You have in-house engineering capability to review fabrication drawings and assess DFM feedback from suppliers.
• You’re seeking a long-term manufacturing partner for recurring production orders.
• Your timeline can accommodate 2–3 weeks for international logistics in exchange for savings of 50–65% on total part cost.
• You want to hold a direct relationship with the manufacturer—with factory audit access, direct engineer communication, and single-source accountability for quality.

The Bottom Line

Fractory has earned its reputation among European engineers by solving a real problem: the time-consuming, fragmented process of sourcing custom metalwork from multiple suppliers. Its platform makes procurement faster, its sourcing engineers provide useful technical guidance, and its multi-stage manufacturing coordination handles complex workflows that would otherwise require significant in-house resources. For prototyping, early-stage development, and organisations without dedicated manufacturing expertise, these are substantial benefits.

But the platform model carries a structural cost that becomes significant at production quantities. When European engineers compare Fractory’s pricing against factory-direct alternatives in Asia, they are not comparing equivalent cost structures. They are comparing a three-layer cost stack (manufacturer margin + platform margin + European cost base) against a single integrated cost structure (factory margin + Asian cost base). The difference between the two—often 50% or more of total part cost at production quantities—is not something that “better platform efficiency” or “volume discounts” can close. It is a structural gap rooted in the different economics of materials, labor, and business model overhead.

The choice, ultimately, is not about which model is abstractly better. It is about which model is better for your specific project at your specific stage. A prototype bracket needed in 5 days? The local platform makes perfect sense. One hundred assemblies needed next month? The direct factory delivers essentially the same quality at less than half the cost.

At Baosheng Industry, we offer European buyers that second path: direct factory manufacturing with DDP delivery to any European address, ISO-certified quality systems, and an engineer who reviews your parts before metal is cut—all without the margin stack of intermediary platforms.

Free Manual DFM Review • DDP Delivery to Any European Address • ISO 9001:2015 • ISO 13485 • IATF 16949 • ISO 14001 • Material Certifications • Direct Engineer Communication

Frequently Asked Questions (FAQ)

Q1: Why do European engineers compare Fractory to direct Asian factories?

Answer: European engineers compare Fractory to direct Asian factories because the structural cost differences—lower material costs (approximately 60–70% less for common metals), lower labor costs, and the absence of platform intermediary margins—produce savings of 45–65% on total part cost at production quantities. These savings are significant enough that even engineers who value Fractory’s platform convenience will evaluate whether the premium is justified for their specific order.

Q2: Does Fractory manufacture parts itself?

Answer: No. Fractory is a manufacturing marketplace, not a manufacturer. The company explicitly states it is “not in charge of making anything themselves” and operates as “an interface between those who manufacture and those who need it.”Your parts are produced by one of the 150+ manufacturing partners in Fractory’s European network. Fractory coordinates the process but does not own or operate production equipment.

Q3: Is quality from Asian sheet metal factories comparable to European suppliers?

Answer: Quality is determined by equipment, certifications, and process controls—not geography. Modern Chinese sheet metal factories use the same fiber laser cutting systems, CNC press brakes, and welding equipment as European shops. A direct factory should hold internationally recognized certifications (such as ISO 9001, IATF 16949, and ISO 13485), provide material traceability documentation, and welcome on-site factory audits. Baosheng holds all four major certifications directly and provides full documentation to European buyers.

Q4: What does DDP (Delivered Duty Paid) mean for European buyers?

Answer: DDP means the factory quotes a single price that includes: the manufactured parts, export documentation, international freight via air, sea, or rail (typically 18–22 days to major European hubs), import duties and customs clearance at the destination country, and final delivery to your stated address.There are no additional charges upon delivery. The price you’re quoted is the total price you pay.

Q5: How fast can an Asian factory deliver sheet metal parts to Europe?

Answer: Depending on the transport mode selected: Express courier (air): 3–5 days for small, urgent orders; Air freight (consolidated): 5–8 days; China-Europe rail freight: 18–22 days (good balance of cost and speed); Sea freight (FCL/LCL): 28–35 days (most economical for large, heavy orders). Manufacturing lead time is typically similar to European shops: 5–10 working days for standard sheet metal parts.

Q6: What certifications do I need my sheet metal supplier to have for the European market?

Answer: The specific certifications depend on your industry and application. For general industrial parts, ISO 9001:2015 is the baseline quality management certification. For automotive, IATF 16949 ensures production and service part requirements. For medical devices, ISO 13485 governs design and manufacturing quality. Fractory’s network provides EN 1090 and ISO 3834, which are relevant for structural steelwork within the European regulatory framework.Baosheng holds ISO 9001, IATF 16949, ISO 13485, and ISO 14001 directly—providing internationally recognized quality credentials without relying on a partner network.

Q7: What projects are better suited to Fractory than factory-direct sourcing?

Answer: Fractory is typically better for: prototypes and very low-volume work where local logistics speed matters more than unit cost; projects requiring CE-marked structural steel under EN 1090, where the certification framework is embedded in Fractory’s European supplier network; and companies without in-house manufacturing expertise that benefit from Fractory’s sourcing engineers and process coordination. For production quantities (50+ units) where unit cost is a significant budget factor, factory-direct sourcing typically delivers better value.

Q8: What industries does Baosheng serve for sheet metal fabrication?

Answer: We serve a broad range of industries that require precision sheet metal components: industrial equipment and automation, electrical enclosures and control cabinets, medical devices and laboratory equipment, automotive components and assemblies, construction and architectural metalwork, and consumer products and electronics. We provide industry-appropriate certifications, material traceability, and quality documentation.