PyroGenesis Is Selling the Titanium Cut Laser Powder Bed Can't Use

Laser powder bed fusion buys the fine end of a plasma atomization run. Everything coarser comes off the same reactor as what PyroGenesis itself once called a by-product of "production runs that produce fine powders ranging from 20-45 μm" (Company PR, September 19, 2023). In five days this month, the Montreal producer sold that coarser fraction twice - into two processes that want it precisely because it is coarse.

On August 20 the company announced a contract with a large U.S. applied research facility supported by the Department of Defense and NASA, supplying coarse cut titanium for critical-materials research on electron beam melting (Company PR, August 20, 2026). Four days later came a second contract, with an unnamed U.S. original equipment manufacturer serving the additive industry, for coarse cut Ti-6Al-4V headed into directed energy deposition; the powder was already produced and shipping within days (Company PR, August 24, 2026). Neither release names a tonnage, a contract value, or a client.

Why DED and EBM Want the Fraction the Laser Rejects

A plasma atomizer does not let you pick your particle size distribution. One run yields the whole spread, which PyroGenesis then sorts into a fine cut for LPBF, a coarse cut, and off-cuts that no commercial printer will take at all. Laser powder bed fusion needs the fine end because it spreads and fuses layers only tens of microns thick.

Electron beam melting works differently: a charged beam over a preheated bed in vacuum, where excessively fine particles invite smoke events and handling problems. Powder-fed DED blows feedstock through a nozzle into a melt pool at deposition rates that reward larger, free-flowing particles. For both, the coarse band is not a discounted leftover - it is the specified material.

That is the whole economic argument. Selling coarse cut at commercial prices raises revenue per kilogram atomized without adding a reactor, which matters for a company reporting quarterly revenue of $4.4 million, up 47% year over year, against a $40.0 million backlog (Company PR, August 6, 2026). Our own company index files PyroGenesis - Montreal, founded 1991 - in the hardware position of the value chain, and our patent linkage associates 76 active patent records with the name; both figures carry limits, since we have classified value-chain position for roughly 1,000 of the 6,500 companies we track, and patent linkage is name-matched, so it undercounts subsidiaries. The near-term commercial motion, though, is merchant materials, not machines.

AP&C Has Owned the EBM Coarse Cut Since 2014

Coarse-cut plasma-atomized titanium for EBM has an owner. Arcam bought AP&C from Raymor Industries for a total of CAD 35 million, a deal it expected to lift earnings per share in 2014, according to Metal AM's report on the closing. AP&C had already supplied Arcam for seven years; the acquisition put the leading source of EBM-grade titanium inside the machine OEM, where it remains today as part of Colibrium Additive under GE Aerospace.

PyroGenesis has approached this cut before and stalled. Its September 2023 initial order with a global aerospace firm was explicitly for one of the client's internal research and development programs (Company PR, September 19, 2023), and nearly three years on there is no publicly disclosed follow-on volume attached to it.

What differs in August 2026 is that the buyers are identified by process rather than by curiosity: a DED OEM and an EBM user, four days apart, both converting from sample testing to commercial supply. It also follows an April 2026 contract with an Asian materials company supplying cell phone parts, where "the initial contract is for the supply of three 'cut' sizes, ranging from fine to coarse" (Company PR, April 9, 2026). The sales motion spans the distribution rather than defending the fine end.

Tekna Took the Other Exit From the Same Atomization Run

The instructive comparison is the other Quebec plasma-atomization producer. Tekna reported in July that titanium powder orders from a single U.S. defense customer had increased sixfold (Tekna PR, July 22, 2026). That growth came on the fine cut, through qualified repeat business repriced by defense demand.

Two producers, one province, one demand wave, two different exits from the same physical run. Our earlier read on Tekna's second quarter argued that the margin story was mix rather than tonnage. PyroGenesis extends that mechanism to the opposite end of the particle spread: same logic, coarser material, weaker qualification position. Tekna is selling into embedded programs; PyroGenesis is selling first orders.

The Case That These Are Two Press Releases, Not a Revenue Line

Start with what is missing. No tonnage, no value, no customer names, and no separate disclosure of the powder line inside quarterly results - the $4.4 million and the $40.0 million backlog are portfolio-wide figures for a diversified plasma company, not powder metrics.

The base rate is also unproven. PyroGenesis has announced first orders with new powder clients repeatedly since 2023, and the conversion of those into recurring supply is largely undemonstrated in public disclosure. The EBM install base is a small denominator besides - the legacy Arcam line plus Freemelt, Wayland Additive, JEOL, Pro-Beam and ALD Vacuum Technologies. A coarse-cut thesis leaning on EBM leans on a narrow market, and one where the incumbent supplier has more than a decade of qualification history behind it.

Two further cautions. The DED order is powder-fed, which complicates our July argument that the DED scale front had moved to wire; the variants should be counted separately, not blurred. And if coarse-cut demand does scale, reactors cost capital this balance sheet does not generate - the constraint that pushed IperionX to restructure its listing.

What Would Turn Coarse Cut Into a Line Item

Three things to watch. First, whether the research facility places the follow-up orders the company says it has signalled - a second purchase is the difference between a qualification buy and a supply relationship. Second, whether the DED OEM re-orders after running the powder through its own machines, because an OEM that qualifies a feedstock tends to carry it into its customer base. Third, whether powder revenue is ever broken out.

One detail deserves more attention than it got. PyroGenesis says the defense-lab order waited on confirmation of its DFARS-compliant status, not on metallurgy. For buyers evaluating a domestic-adjacent titanium source, the first qualifying question has quietly shifted from atomization quality to registration status - a paperwork gate, and a cheaper one to clear than a new reactor.