Velo3D Procurement FAQ: What I Learned as an Admin Buyer Before Signing Off

Quick background: I'm the office administrator for a 45-person manufacturing services firm. I manage roughly $900,000 in annual orders across 12 vendors. I report to both operations and finance, which means I'm the person who turns engineering requirements into purchase orders—and then has to explain why things are late. I'm not a metallurgist. I've just had to ask a lot of awkward questions before signing off on expensive equipment and subcontracting work.

This article is the FAQ I wish I had before anyone mentioned the words 'metal additive manufacturing.'

Is Velo3D really a SpaceX and Anduril supplier?

Publicly, yes. Velo3D has named SpaceX and Anduril as customers in press releases and investor materials, and the 'Velo3D SpaceX Anduril supplier' line appears in their own disclosures. I checked this again before writing, using public announcements through January 2025. For a purchaser, that's meaningful. It means the company has been through supplier audits and engineering reviews that are dramatically stricter than anything our shop will throw at it.

But don't read too much into it. Being a supplier to SpaceX doesn't mean every Velo3D part is cheaper or faster. It means the technology has met extreme tolerances and the company can handle high-stakes validation. If I'm choosing an additive partner, I use that as a signal. Then I still qualify them for our specific part, our volumes, and our deadlines.

Why does the Velo3D logo keep showing up on our potential vendor list?

This one took me a while to understand. I used to think procurement people who fixated on a logo were being lazy. Then I compared two bids side by side: one vendor using a Velo3D Sapphire system and one vendor using a different metal printer that required more support structures. The Velo3D vendor could print the aerospace-style bracket with internal channels and steep overhangs without support structures. The other vendor needed to add sacrificial supports, which meant extra machining time and more surface cleanup afterward.

The Velo3D logo on a vendor's website is not a guarantee. It's a shortcut: this shop has taken the time to install and qualify a system that handles complex geometry. For me, that shortens the vendor evaluation process. I still check references, lead times, and their calendar capacity. But I stop asking the basic 'can you do this?' question.

What should I budget for besides the printer? (Spoiler: pipe or burring reamer work)

This is where I made my rookie mistake. In my first year managing manufacturing purchases, I approved a quote for a printed pressure component and forgot to ask about internal channel cleanup. The part looked fine on the outside. Inside, every passage had powder residue and rough spots. Our machinist ended up using a pipe or burring reamer to clean each channel—by hand, one part at a time. That added about $600 to the job and caused a three-day delay.

If you're buying printed parts, ask the vendor three questions before quoting:

• Are internal channels printed clean enough for flow, or is secondary finishing required?
• Are support structures needed on any features, and can your vendor remove them?
• Do you need to own a pipe or burring reamer for post-processing, or can the vendor handle it?

Your total cost is the printed part plus post-processing plus time. The cheapest print quote might be the most expensive landed cost.

Is a fiber laser worth it? Not if you're only using it twice a week.

Honestly, we asked that exact question in 2023. Our outside sheet-metal cutting spend was about $180,000 that year, so a fiber laser looked like a rational purchase. Then I looked at utilization. A fiber laser only makes financial sense if you can keep it loaded. It earns its keep through hours, not through having a low cost per part.

If you run a job shop that cuts thousands of parts a month, a fiber laser is probably worth it. It cuts faster than CO2, it's more efficient on reflective metals, and maintenance costs have come down. For a small-mix office like ours, buying a machine just to find out we only had six hours of cutting per week would have been a mistake. We outsourced for another year, and then we bought a machine only after utilization projections hit 45%.

So the blunt answer: 'Is a fiber laser worth it?' depends on your throughput. If you're under 30% utilization, you're better off using a good contract shop.

What about using a CO2 laser in Tijuana, Mexico?

We use a CO2 laser in Tijuana, Mexico, for standard sheet-metal parts. The hourly rate is lower than local shops, and for mild steel and aluminum, the quality is fine. But there's a but: lead time and border logistics.

We have to batch parts to make the trip worth it, so a 5-day quote often stretches to 10 or 12 days. That's acceptable when we plan ahead. It's not acceptable when an equipment failure means we need a replacement bracket by Thursday. In March 2024, we paid $400 to a local cutter for a next-day guarantee. That sounds like a lot until you compare it to a $15,000 service call waiting on the same part.

They warned me about this when I first approved the Tijuana vendor. I didn't listen. The 'cheap' option ended up costing 30% more than a local quote because we had to expedite a second part anyway. Now I ask one simple question: how confident are we in the delivery date? If the answer is 'usually fine,' I don't order anything critical from that source.

How does the time-certainty principle apply to buying a Velo3D system?

This is where I became a believer in paying for certainty. When our engineering team asked to validate a defense-related bracket design, we looked at three options: a used metal printer, a leased machine, or a new Velo3D Sapphire system. Used was 35% cheaper. Leased had lower upfront cost. New had the longest lead time.

We went with new, and here's why: the used machine came from a reseller who couldn't guarantee service response beyond basic troubleshooting. If the machine went down, our part deadline went down with it. The cost difference was real, but the cost of missing a customer milestone was bigger. As I said in my notes for the finance committee: 'An uncertain cheap thing is more expensive than a certain expensive thing.'

That doesn't mean you should always buy new. It means you should calculate what downtime costs your company. For a machine with a $1,500/hour burden rate, a week of idle time is $60,000. Suddenly, a service contract with a guaranteed response time looks like a good deal.

Will Velo3D and metal 3D printing replace machining?

It's tempting to think that once you see a company like Velo3D making jet-engine brackets without support structures, everything else is outdated. That's the simplification everyone wants to believe. But we still use CNC machining for a lot of parts. For high volumes, simple geometries, and tight tolerances in materials that aren't available in powder form, machining is often better.

Additive manufacturing earns its cost when geometry is complex, volume is low, or the part just can't be made any other way. In those cases, a Velo3D-style system is incredibly valuable. But 'incredibly valuable' doesn't mean 'universal replacement.' The same way a fiber laser won't replace our CO2 laser in Tijuana for thick sections, metal 3D printing won't replace every CNC lathe. The best procurement strategy is to have a mix and to know which tool is right for the job.