I’ve been managing purchasing for a mid-sized manufacturing company for about five years now—roughly $2M annually across 12 vendors. When I took over in 2020, I thought I knew the drill: get three quotes, pick the lowest price, move on. Simple, right?
Then I started buying 3D printers for our prototyping department. And I learned that with industrial additive manufacturing, the lowest quote can cost you way more in the long run.
If you’re searching for a Markforged system—whether it’s the Mark Two, the Onyx Pro, or one of their industrial series—you’ve probably noticed the prices vary a lot. And you’re probably wondering: Which one should I actually buy?
The honest answer? It depends on your operation. There’s no single “best” Markforged printer. There’s only the right one for your production reality. Let me walk you through three common scenarios I’ve seen.
Scenario A: The Large Aerospace or Defense Contractor
You need: Certified materials, repeatable quality, and full traceability.
If you’re making flight-worthy parts or defense components, the conversation starts and ends with reliability. You’re not buying a printer; you’re buying a process you can audit.
For you, the Markforged FX10 or X7 with the industrial series is probably the right fit. These machines go through rigorous testing—ASTM standards, material certifications, the works. You’re looking at a starting price of around $50,000 to $100,000 for a fully configured system, plus annual service contracts (typically 10-15% of the purchase price).
I remember a procurement manager from a major aerospace supplier telling me: “We chose the FX10 because we couldn’t afford a lawsuit from a part failure. The certification package was non-negotiable.” In his case, the higher upfront cost was an insurance policy against a much bigger liability.
Key considerations:
- Material certifications (e.g., UL, ISO 9001, AS9100)
- Service and support contracts (don’t skip these)
- Material cost per part (carbon fiber filament runs $200-400 per spool)
Scenario B: The Mid-Sized Machine Shop or Automotive Tier 2 Supplier
You need: Production parts, but you have a budget to watch.
You’re not making flight-critical components. You’re making jigs, fixtures, tooling, and maybe some end-use parts for automotive or medical devices. You need the quality, but the price has to make sense for your P&L.
For you, the Markforged Mark Two or Onyx Pro is often the sweet spot. The Mark Two starts around $13,500 to $15,000 (verify current pricing at markforged.com—prices as of January 2025). The Onyx Pro is slightly higher at $16,000 to $18,000.
Now, I went back and forth on this for months. My first instinct was: “Just get the cheapest one, the Mark Two.” But then I talked to a friend in automotive who had a bad experience. He bought the base model, tried to print continuous carbon fiber parts, and realized the machine couldn’t handle the load without frequent recalibration. The hidden cost? Lost production time. He spent about $3,000 in extra labor keeping the thing running during that first year. He later upgraded to the Onyx Pro and told me: “I should have done this from the start. The extra $3,000 would have paid for itself in six months.”
Key considerations:
- Continuous fiber printing capability (the Onyx Pro does it better)
- Layer height and surface finish requirements
- Annual maintenance costs and downtime risks
- The hidden cost of labor: recalibration, troubleshooting, reprints
Scenario C: The Small Shop, Startup, or R&D Lab
You need: Functional prototypes, but you’re tight on cash.
You’re in a startup or a small engineering shop. You need to validate designs, make custom parts for test rigs, or produce low-volume tooling. Every dollar counts.
Honestly, at this stage, you might be better off with a used Markforged Mark Two (often available for $8,000-$10,000 on the secondary market) or even a desktop FDM printer from Bambu Lab or Creality if your parts don’t need carbon fiber. But if you must have Markforged quality—for that strength-to-weight ratio nothing else matches—the entry point is the Mark Two.
I talked to the owner of a small robotics startup who bought a Mark Two for $14,000. Six months later, his parts broke during stress testing. Turns out, he didn’t realize the Mark Two’s print chamber couldn’t maintain the temperatures needed for some of his carbon fiber parts. He ate $2,000 in wasted material and missed a product launch deadline. He told me: “I should have spent the extra $2,000 on the Onyx Pro for the heated chamber.” To be fair, the Mark Two is a solid machine—it just wasn’t right for his application.
Key considerations:
- Heated chamber (Onyx Pro has it; Mark Two does not)
- Material compatibility (check your filament requirements)
- Support and warranty on used machines (a risk you’re taking)
- Cost of reprints and missed deadlines (adds up fast)
How to Decide Which Scenario You're In
Okay, so you’ve read the three cases. Now, how do you know yours? Here’s a simple litmus test:
- Ask: What would a part failure cost me? If the answer is “lost certification” or “a lawsuit,” you’re in Scenario A. If it’s “a few hours of rework,” you’re probably in B or C.
- Ask: What’s my annual maintenance budget for this machine? If it’s zero, you’re in Scenario C. If it’s 10-15% of purchase price, you’re in A or B.
- Ask: Can I afford a week of downtime? If no, you need the industrial series with service contracts. If yes, the Mark Two might work.
In my experience managing procurement for five years, I’ve learned that the biggest mistake people make is buying based on sticker price alone. The Mark Two at $14,000 seems like a steal. But if you’re making aerospace parts and need certifications, it’s actually the most expensive option because you can’t use it for that purpose. The FX10 at $80,000 is a bargain in comparison—if you’re in the right industry.
Personally, I’d argue that before you buy any 3D printer, you should calculate the total cost of ownership for your specific use case. Factor in materials, labor, maintenance, and—most importantly—the cost of a failed part. Because that $200 savings on a printer can turn into a $10,000 problem when a prototype fails testing or a production run gets delayed.
The bottom line? Markforged makes excellent machines. But the right one for you depends entirely on how you plan to use it. If you’re still on the fence, reach out to their sales team (or an authorized reseller) and ask for a demo with your specific parts. That hands-on test is worth the time.
Note: Pricing referenced above is as of January 2025. Verify current pricing at markforged.com, as rates and configurations may have changed.