Velo3D (VELO) is a publicly traded Additive Manufacturing company founded in 2014 and based in Campbell, USA.
| Date | Stage | Amount | Valuation | Lead investors |
|---|---|---|---|---|
| Sep 30, 2021 | IPO | $274M | $1.6B | — |
| Apr 28, 2020 | Series D | $28M | — |
| — |
| Jun 1, 2015 | Series A | $22.1M | — | Bessemer Venture Partners |
Velo3D announced preliminary, unaudited revenue for the third quarter ended September 30, 2026, estimated at approximately $19.5 million to $20.5 million, or year-over-year growth of approximately 43% to 51% versus $13.6 million in Q3 2025. The release is a preliminary revenue update only; it provides no gross, operating, or net margin figures, and no GAAP EPS. The company states the estimates are subject to quarter-end closing procedures and adjustments, and that its independent auditor has not reviewed them. Final Q3 2026 results are expected the week of November 9, 2026. The release does not include operational details such as bookings, deployments, or customer wins, and it provides no new full-year guidance; it references the company's existing fiscal 2026 guidance only in its risk factors.
Final Q3 2026 financial results expected week of November 9, 2026; no new revenue or full-year guidance stated
Laser powder bed fusion system using eight 1 kW lasers with a build volume of 600 mm diameter x 550 mm height (1,000 mm height in the XC 1MZ variant), designed for large complex aerospace and energy components. Velo3D's SupportFree process enables geometries impossible on conventional LPBF machines—low-angle overhangs down to 0°, high aspect-ratio internal passages up to 3,000:1, and free-floating internal parts—critical for rocket engines and turbomachinery.
Integrated software stack pairing Flow (AI-driven print preparation for SupportFree geometries) with Assure (in-process quality monitoring and closed-loop process control). Flow generates optimized support-free build files from CAD without manual fixturing design; Assure monitors melt-pool signatures in real time and flags anomalies, enabling as-built qualification for aerospace and defense customers requiring ASTM/AMS traceability without destructive CT scanning of every part.