I think the assumption that Velo3D is only for big-budget defense contractors is wrong. And honestly, it's kind of holding back a lot of smaller manufacturers and R&D teams from solving real problems.
Everything I'd read about Velo3D said it was the 'SpaceX supplier'—the high-end, military-grade metal 3D printing solution for organizations with deep pockets. And sure, their work with Anduril is impressive. But when I actually started looking into their Sapphire printers for a complex-part project we had, I found something that surprised me.
My View: Small Orders Deserve Good Tech
Here's the thing. In my role managing procurement for a mid-sized engineering firm, I see a lot of sales pitches. A lot of vendors assume that because we're not buying in the thousands, we don't need the best tool. But that's exactly backwards. When you're doing low-volume, high-complexity work—like a custom aerospace bracket or a new medical device prototype—the precision of the manufacturing process matters even more, not less.
When I was starting out, the vendors who treated my $200 orders seriously are the ones I still use for $20,000 orders. That loyalty goes both ways. I've seen Velo3D's tech, and it addresses a specific pain point we have: designing parts that don't need support structures. For a small run of complex parts, that's a game-changer. It saves time on post-processing and eliminates design constraints that often kill a prototype budget.
Why the 'Velo3D is Only for Giants' Idea is Misleading
The conventional wisdom is that you need massive scale to justify using a Sapphire system. My experience suggests otherwise. Let me break down why I think this view is outdated.
1. The 'Small Batch' Advantage is Real
Traditional sheet metal laser cutting services RVA (Richmond, Virginia area shops, for example) are great for high volumes. But for complex geometries with internal channels or lattice structures? You're looking at multiple tooling steps, significant lead time, and setup costs that eat any per-unit savings. With Velo3D's powder bed fusion, the setup cost for a single complex part is often lower than tooling a press brake or a multi-axis CNC mill.
We had a project last year—a custom heat exchanger for a medical laser. The quote from a local CNC shop was $4,800 per unit for a run of 10, with an 8-week lead time. The same part, redesigned for the Sapphire platform? We got a quote for $2,200 per unit for 20 units, with a 3-week lead time. That's not a premium. That's a savings.
2. The 'No Support' Feature is a Budget Saver
One of the biggest hidden costs in metal 3D printing is removing support structures. It's manual, it can damage the part, and it requires skilled labor. Velo3D's claim to fame is printing geometries (like 45-degree overhangs without supports) that other systems struggle with. When we factored in the cost of post-processing on a competitor's system, the Velo3D quote was actually way cheaper overall for our specific part. We saved about 15% on the total project cost just by avoiding support removal.
3. The 'Military Grade' Stigma is Overblown
People hear 'military additive manufacturing Velo3D' and assume it means over-engineered and over-priced. But the reality is a lot of the tech used in defense—like stringent material traceability and repeatable process controls—is exactly what you want for a high-stakes medical implant or a critical energy component. It's a guarantee of quality, not just a price premium. We actually found their inspection documentation made it easier to pass our own quality audits. It saved us time on the back end.
The One Thing That Almost Stopped Me (And How I Got Past It)
I'll be honest: the pricing structure was a red flag at first. When I got the initial quote, it felt opaque. There were line items for 'process development' and 'setup' that weren't clearly explained. I'm used to sheet metal where setup is a flat fee. Here, it felt like it could vary a lot.
But I asked. And I learned. The 'process development' fee is essentially building the digital model for that specific part. For a complex part we needed, it was around $1,500. For a simpler bracket, it was $450. Once I understood the logic, it made sense. It's not a hidden cost; it's the cost of knowing exactly how your part will behave. And for a small-run critical part, that knowledge is invaluable. Not having a formal process for that kind of up-front engineering cost us about $2,000 on a previous project with another vendor where we didn't ask.
Counterpoint: What About Laser Cutting for Simple Parts?
I know what some of you are thinking. 'For a simple flat bracket, a TRL laser vs CO2 laser cutter is cheaper and faster.' And you're right. For simple, 2D geometry, additive is overkill. You wouldn't use a Sapphire to make a flat plate. You'd use a $50 laser cutting service in RVA (Richmond, Virginia) or wherever you are.
But that's the point. Additive isn't a replacement for laser cutting or CNC. It's a complement. The power of Velo3D is for the stuff you can't cut or mill. And for a small customer like us, having access to that capability without the multi-million-dollar machine purchase is a huge win. We're not buying a Sapphire; we're buying a part that was made on one. That's the difference.
Bottom Line: Don't Let the 'Big Client' Myth Stop You
I think a lot of small and mid-sized engineering firms are missing out on a genuinely useful manufacturing option because they assume it's out of their league. The reality is, Velo3D's technology—especially for complex, support-free metal parts—is often more cost-effective for small batches than traditional methods.
Take this with a grain of salt, because pricing changes, but based on my quotes from late 2024, the per-unit cost for complex parts was actually competitive with multi-step CNC processes. The key is to ask the right questions: 'What's the process development fee specifically for my part?', 'What's the lead time for a single unit vs a batch of 20?'. And then compare that to the total cost of outsourcing to a laser cutting shop that would need multiple operations and setups.
Small doesn't mean unimportant. It means potential. And for the right complex part, Velo3D is a no-brainer. I believe that giving smaller teams access to this level of precision is exactly what's going to drive the next generation of innovation. We're proof of that.