CVD Equipment Corporation (CVV) Company Overview

A specialized process-equipment maker, not a semiconductor producer

CVD Equipment Corporation designs and builds capital equipment that enables customers to grow, coat, infiltrate, and thermally process advanced materials. It is headquartered in Central Islip, New York and is classified by the SEC as a smaller reporting company in special-industry machinery. The company does not manufacture silicon-carbide wafers, jet-engine parts, or battery cells itself. Instead, it sells the reactors, furnaces, controls, quartzware, software, and process-development support that customers use to make those materials and components. Its official company overview emphasizes chemical vapor deposition, thermal processing, and physical vapor transport across aerospace, high-power electronics, energy storage, industrial coatings, and research.

Customers use CVD’s equipment when ordinary furnaces or coating tools cannot deliver the required temperature uniformity, gas handling, vacuum control, repeatability, or material purity. The current product set includes PVT150 and PVT200 systems for silicon-carbide crystal growth; CVI systems for infiltrating ceramic-matrix-composite preforms; fiber-coating and silicon bond-coat equipment for aerospace materials; carbon-nanomaterial and powder-coating systems for battery research; and FirstNano systems for laboratory-scale deposition. The company’s core-competencies disclosure highlights equipment engineering, application-laboratory work, quartz fabrication, systems integration, and field support. Those capabilities are the operating foundation of the business.

Contract mechanics: engineered systems, milestones, and acceptance

CVD earns most of its continuing revenue by designing and delivering process systems, plus smaller amounts from spare parts, service, upgrades, quartzware, and research tools. Large systems are commonly customized around a customer’s process recipe, production geometry, gas chemistry, temperature profile, and facility requirements. Some revenue is recognized over time as costs are incurred and performance obligations are satisfied; other revenue is recognized at a point in time, often when equipment or parts transfer to the customer. In Q1 2026, $0.974 million of continuing revenue was recognized over time and $0.870 million at a point in time, a roughly 52.8%/47.2% split.

The continuing business is now concentrated in one equipment platform

The April 2026 sale of Stainless Design Concepts removed a historically profitable gas-delivery operation that generated $7.6 million of external revenue in FY2025, or 29.5% of then-consolidated revenue. MesoScribe had already ceased operations in 2024. The remaining company is therefore a purer advanced-equipment business, but it also lost SDC’s earnings contribution and diversification. The FY2025 Form 10-K reported $18.1 million of CVD Equipment segment revenue and a $0.5 million segment loss, compared with $7.9 million of SDC segment revenue and $1.7 million of SDC segment income before corporate allocations.

Aerospace and industrial coatings provide the current revenue base

Aerospace customers use CVD systems in ceramic-matrix-composite manufacturing and high-temperature coatings. CVI equipment infiltrates porous preforms with silicon carbide or related material, while fiber-coating and silicon bond-coat systems address other stages in advanced composite production. These processes matter because CMC components can operate at high temperatures with lower weight than traditional metallic components, supporting more efficient gas-turbine engines. CVD’s CVI product portfolio includes laboratory and production-scale configurations, and the company has disclosed repeat orders from an aerospace customer since 2022.

Silicon-carbide crystal growth is the strategic standard-product opportunity

The PVT150 and PVT200 platforms are intended to grow SiC crystals used in high-power electronics. SiC devices can improve efficiency and power density in electric vehicles, charging, power conversion, transmission, and data-center power supplies. Through December 2025, CVD had delivered 30 PVT150 systems to one wafer customer. It launched PVT200 for 200-millimeter crystal growth in 2023 and received its first order from a second customer in 2024. The PVT systems page describes the company’s induction-heated architecture and process-control offering.

Revenue and margin collapsed because system volume was too low

The Q1 2026 Form 10-Q provides the cleanest view of the post-SDC continuing business. Revenue fell to $1.844 million from $6.332 million in Q1 2025. Gross profit was only $0.147 million, and the 8.0% gross margin was 19.4 percentage points below the prior-year quarter. Management attributed the decline to lower system revenue, weaker bookings, and poor absorption of fixed manufacturing costs. A $0.3 million favorable contract modification helped the quarter; without it, the underlying gross-profit picture would have been weaker.

R&D was $0.727 million, selling expense $0.240 million, and G&A $1.022 million in Q1 2026. Those costs produced a $1.796 million continuing operating loss and a $1.726 million continuing net loss, or $0.25 per share. Low throughput therefore converts quickly into operating losses.

Cash consumption improved, but backlog remains thin

Sale proceeds created liquidity, not operating profitability

CVD completed the SDC asset sale on April 1, 2026 for approximately $16.9 million in cash, subject to adjustments. After transaction costs and employee-related liabilities, net cash proceeds were $14.8 million, raising cash to approximately $23 million immediately after closing. The buyer retained $0.9 million in escrow, while CVD kept the Saugerties, New York property and leased it to the buyer for an initial two-year term at an initial annual rent of approximately $0.2 million. The company’s SDC sale announcement frames the proceeds as financial flexibility for strategic initiatives.

Outsourced fabrication is intended to lower the break-even point

The November 2025 transformation program reduced headcount, moved selected metal fabrication to suppliers, and expanded distributors and external representatives. The FY2025 filing estimated $1.8 million of annual operating-cost savings, with about $0.1 million of severance and a $0.2 million non-cash impairment. CVD intends to retain design, integration, testing, installation, and process expertise while lowering underused fabrication capacity.

From custom deposition tools to targeted production platforms

CVD’s history matters because the company repeatedly tries to move laboratory know-how into production systems. Its official history traces the business to 1982, while recent filings show a sharper focus on aerospace, SiC power electronics, industrial coatings, and battery materials. The timeline below emphasizes decisions that still affect today’s revenue model and risk profile.

1. 1982
   CVD Equipment was founded around chemical-vapor-deposition and thermal-process engineering, creating the design library and field experience that remain its main intangible assets.
2. 2021
   PowderCoat-1100 was launched for silicon-nanowire growth on carbon particles, extending the company’s process-equipment concept into battery-material development.
3. 2022
   The PVT150 SiC crystal-growth platform was launched, and an aerospace customer ordered a production CVI system, anchoring two current strategic markets.
4. 2023
   CVD introduced PVT200 for 200-millimeter SiC crystal growth, seeking a more standardized platform with larger-wafer relevance.
5. 2024
   An industrial customer placed an approximately $10 million multi-system order for SiC protective coating equipment; the year also included multiple product launches and a first PVT200 order.
6. 2025
   Bookings dropped to $13.0 million from $28.1 million, prompting a board-approved transformation, workforce reduction, outsourced fabrication, and broader strategic-alternatives review.
7. 2026
   CVD sold SDC, became a single-segment equipment company, and announced successful SiC boule growth with Stony Brook University—simultaneously simplifying the portfolio and increasing dependence on the remaining technology bets.

Design library, application work, and high-touch integration

CVD’s most credible advantage is accumulated process-equipment know-how rather than scale. The company cites more than 40 years of experience, more than 1,000 systems delivered, proprietary real-time control software, quartz fabrication, and an application laboratory where customers can work with CVD engineers to optimize process performance. These resources are valuable when a customer needs a nonstandard reactor geometry, temperature profile, material-handling sequence, or gas-delivery architecture. They reduce development time and help bridge the gap between a scientific process and a production-capable tool.

Qualification and installed-process knowledge can create switching costs

Once a customer qualifies a deposition or infiltration process, changing equipment suppliers may require new recipes, safety validation, facility modifications, operator training, and product requalification. Repeat aerospace CVI orders and the 30 delivered PVT150 systems show the potential for platform follow-through. However, switching costs are not guaranteed. Customers may build tools internally, use alternative suppliers, or delay capacity expansion. The moat must therefore be judged program by program, not assumed from the CVD acronym or from patents alone.

Competition varies by product rather than by one clean peer group

CVD’s filings do not publish a definitive competitor list because its products span several technical niches. In compound-semiconductor deposition and research systems, it overlaps with larger deposition-equipment suppliers such as AIXTRON and Veeco, plus smaller specialty-tool companies. In high-temperature, vacuum, and crystal-growth equipment, it competes with specialized furnace and materials-processing vendors. In aerospace or industrial applications, the alternative may be a custom integrator or the customer’s own engineering organization. The company investor presentation illustrates how its product families span aerospace CMC processing, SiC crystal growth, battery materials, and industrial coating equipment.

Market position: credible niche supplier, not category leader by scale

Ownership is concentrated enough to influence strategy

CVD has one common share class with one vote per share and no cumulative voting. At the June 16, 2025 proxy record date, 6,881,838 shares were outstanding. The largest disclosed position was associated with director Andrew Africk and ADA Partners, L.P., at 1,306,515 shares or 19.0%. Leviticus Partners held 504,800 shares, or 7.3%. Directors, executive officers, and executive employees as a group beneficially owned 1,978,473 shares, or 28.7%, including options exercisable within 60 days. The 2025 proxy statement is the primary official source for these figures.

Board structure emphasizes independent oversight

The 2025 proxy described a six-member board with five independent directors. Lawrence Waldman served as independent chairman, separate from President and CEO Emmanuel Lakios. All standing committee members were independent, and the board held nine meetings during FY2024, with each director attending at least 75% of applicable meetings. Lakios became CEO in January 2021 after joining CVD in 2017 and brought prior process-equipment leadership experience. The governance question now is how the board deploys the post-sale cash and supervises the transformation while strategic alternatives remain possible.

Growth opportunities require conversion from technical promise to orders

CVD targets aerospace CMC processing, SiC power electronics, industrial coatings, battery materials, and emerging nuclear applications. Each market can support high-value equipment, but commercial value requires funded customer programs, repeat platform orders, and acceptable project margins—not technical promise alone.

The largest risks are order volatility, concentration, and execution

FY2025 bookings fell 53.7%, and backlog declined 66.0% to $6.6 million before discontinued-operations reclassification. Q1 2026 revenue and backlog remained concentrated, while fixed-price contracts expose margin to labor, materials, tariffs, and supplier delays. Outsourcing can lower fixed costs but adds quality and lead-time dependencies.

CVD Equipment is best valued as a small, cash-rich but loss-making advanced-equipment platform whose outcome depends on order conversion and cost restructuring. A conventional revenue-multiple comparison can be misleading because historical sales included the disposed SDC business, quarterly system revenue is highly uneven, and current gross margin reflects severe under-absorption. A DCF should begin with continuing operations, model bookings and backlog conversion explicitly, and treat the SDC cash separately from recurring operating value.