United States PVD Equipment Manufacturers and Thin Film Deposition System Companies

U.S. PVD equipment and thin-film systems

1. Semicore Equipment Inc.

Primary U.S. location: 470 Commerce Way, Livermore, CA 94551

Semicore Equipment Inc. is a California manufacturer and worldwide supplier of PVD equipment, magnetron sputtering systems, thermal evaporation systems, electron beam evaporation systems, and custom vacuum engineering. Its public materials position the company around both modular standard platforms and application-specific systems for thin-film work that does not fit a simple catalog purchase. For buyers comparing United States PVD equipment manufacturers, Semicore is relevant because it sits between laboratory-scale tools and larger production-oriented platforms. The company also emphasizes control software, automation, tooling, fixturing, and service support for customers working across semiconductor, optical, medical device, aerospace, solar, electronics, and research environments. This makes Semicore a natural entity to include in a neutral overview of U.S. thin-film deposition system companies.

Semicore Equipment Inc.

U.S. PVD equipment and thin-film systems

2. Kurt J. Lesker Company

Primary U.S. location: 1925 Route 51, Jefferson Hills, PA 15025

Kurt J. Lesker Company is one of the most recognized U.S. names in vacuum technology, PVD systems, deposition sources, vacuum components, sputtering targets, and related thin-film materials. The company serves academic labs, national laboratories, semiconductor developers, optics groups, photovoltaics researchers, and advanced materials teams. Its catalog footprint is unusually broad, combining complete deposition systems with the components and consumables that many vacuum users need to configure or maintain process equipment. For this listicle, KJLC is included because it is a central reference point for buyers comparing modular PVD platforms, sputtering sources, evaporation hardware, and custom multi-technique deposition systems. Its role in the market also makes it useful for understanding how complete systems, components, and process support overlap in the thin-film ecosystem.

U.S. PVD equipment and thin-film systems

3. Denton Vacuum

Primary U.S. location: 1259 North Church Street, Building 3, Moorestown, NJ 08057

Denton Vacuum manufactures high-vacuum systems for research, pilot production, optics, semiconductor, medical, and advanced packaging applications. Its public product positioning includes platforms configured for magnetron sputtering, electron beam evaporation, thermal evaporation, ion beam processes, and related thin-film workflows. Denton is a strong fit for a U.S. PVD equipment manufacturer list because it is often evaluated by organizations that need more than a basic benchtop tool but are not necessarily buying the largest foundry-scale semiconductor equipment. The company also places visible emphasis on process development, application support, and controlled movement from laboratory work toward scalable production. That makes Denton a useful comparison point for readers evaluating thin-film deposition system suppliers with both technical depth and manufacturing orientation.

U.S. PVD equipment and thin-film systems

4. PVD Products

Primary U.S. location: 35 Upton Drive, Suite 200, Wilmington, MA 01887

PVD Products is a Massachusetts-based manufacturer focused on custom thin-film deposition systems, pulsed laser deposition equipment, combinatorial deposition tools, reel-to-reel coating equipment, and related research or production platforms. The company is especially relevant when a buyer needs a deposition system designed around unusual materials, specialized process sequences, or an application that does not fit a standard configuration. In a roster of U.S. PVD equipment manufacturers, PVD Products helps represent the custom engineering side of the market. Its public materials connect the company to microelectronics, advanced materials research, semiconductors, energy storage, quantum technology, aerospace, and defense-related use cases. The result is a practical peer for organizations comparing highly configurable equipment builders rather than simple component distributors or coating service providers.

U.S. PVD equipment and thin-film systems

5. AJA International, Inc.

Primary U.S. location: 72 Sharp Street, Hingham, MA 02043

AJA International, Inc. manufactures high-vacuum and ultra-high-vacuum deposition systems used by universities, institutional labs, cleanrooms, materials science groups, and industrial R&D teams. The company is closely associated with magnetron sputtering configurations, multi-technique systems, and sputtering source technology for precision thin-film research. AJA belongs in this editorial group because many buyers who research U.S. sputtering system companies will encounter its platforms in academic equipment lists, technical papers, laboratory procurement records, and engineering discussions. Its emphasis on configurable deposition geometry and research-grade process control makes it a natural reference point for readers evaluating PVD systems for exploratory materials work, prototype devices, and cleanroom environments that require repeatable thin-film deposition capability.

U.S. PVD equipment and thin-film systems

6. CHA Industries by Plasma-Therm

Primary U.S. location: 250 South Vasco Road, Livermore, CA 94551

CHA Industries by Plasma-Therm is included for its long association with high-vacuum deposition systems, electron beam evaporation, thermal evaporation, sputtering technology, and support for legacy vacuum tools. Its current public contact information connects the CHA Industries brand with Plasma-Therm, so a neutral editorial treatment should avoid implying a separate structure beyond what the company presents publicly. CHA is relevant to this list because it represents a Silicon Valley-linked vacuum deposition name serving semiconductor, optical coating, corporate production, and system upgrade contexts. For buyers comparing U.S. PVD and evaporation equipment companies, CHA provides a useful example of a brand with both historical system recognition and current platform support activity in the broader deposition equipment market.

U.S. PVD equipment and thin-film systems

7. Dynavac

Primary U.S. location: 110 Industrial Park Road, Hingham, MA 02043

Dynavac designs and builds vacuum systems for space simulation, thin-film deposition, optical coating, and large-scale industrial applications. Compared with smaller laboratory-focused PVD suppliers, Dynavac is relevant because it represents the larger custom equipment side of the market, including high-capacity chambers and process systems for demanding aerospace, defense, optics, and manufacturing environments. Its inclusion helps broaden this guide beyond university cleanroom tools and pilot-production systems. Readers researching United States thin-film deposition system companies may need to understand the difference between modular R&D platforms, custom pilot systems, and very large industrial vacuum installations. Dynavac helps fill that higher-capacity end of the spectrum while still fitting the theme of engineered vacuum and thin-film system capability.

U.S. PVD equipment and thin-film systems

8. VaporTech

Primary U.S. location: 6400 Dry Creek Parkway, Longmont, CO 80503

VaporTech, also known as Vapor Technologies, Inc., manufactures industrial PVD coating equipment for decorative, functional, and protective surface applications. Its public positioning connects the company to coating systems used for consumer goods, hardware, medical instruments, automotive components, industrial tooling, and durable product finishes. VaporTech is included because it represents a commercial production branch of the PVD equipment market that differs from laboratory sputtering and university research systems. Buyers looking across the U.S. thin-film deposition landscape may compare companies that serve electronics and optics with companies focused on high-volume hard coatings and product finishing. VaporTech adds that industrial coating context while remaining tied to PVD equipment manufacturing and process system design.

U.S. PVD equipment and thin-film systems

9. Telemark

Primary U.S. location: 1801 SE Commerce Avenue, Battle Ground, WA 98604

Telemark manufactures electron beam sources, power supplies, cryochillers, ion beam sources, quartz crystal monitors, optical thickness monitors, and related vacuum deposition components or sub-systems. The company is included because many complete thin-film deposition platforms depend on specialized sources, controls, monitors, and support hardware rather than only the chamber shell itself. In this guide, Telemark is best treated as an important upstream equipment and instrumentation supplier within the PVD ecosystem. That distinction matters because its role is not identical to a custom turnkey deposition system builder. For engineers and purchasing teams, however, understanding suppliers like Telemark is useful when evaluating the hardware stack behind evaporation, optical coating, semiconductor, and industrial thin-film processes.

U.S. PVD equipment and thin-film systems

10. Intlvac Thin Film Corporation

Primary U.S. location: 1401 Duff Drive, Unit 600, Fort Collins, CO 80524

Intlvac Thin Film Corporation designs customized thin-film deposition and etch systems, with public U.S. contact information in Fort Collins, Colorado and broader corporate operations connected to Ontario, Canada. Its technical focus includes PVD equipment, diamond-like carbon systems, ion beam sputter deposition, reactive magnetron sputtering, and optical coating applications. Intlvac is included as an edge-case but relevant company because it maintains a U.S. footprint while also having important cross-border infrastructure. For an editorial guide centered on United States PVD equipment and thin-film deposition companies, the safest language is to describe the U.S. presence without claiming that all manufacturing occurs in Colorado. Its specialization in precision coatings, photonics, aerospace, defense, infrared optics, and related applications gives readers another useful comparison point.