Diamond Quanta and Sono-Tek Partner to Integrate Precision Coating Within Standardized Process Architecture for Engineered Diamond-on-Glass Applications
Diamond Quanta and Sono-Tek Partner to Integrate Precision Coating Within Standardized Process Architecture for Engineered Diamond-on-Glass Applications
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precision coating systemstechnical
Precision coating systems are manufacturing machines and processes that apply very thin, uniform layers of liquids, films or powders onto products or substrates with tight control over thickness and placement — like a high-end paint sprayer that can lay down an invisible, exact layer. For investors, they matter because these systems determine product quality, yield, production speed and regulatory compliance in industries such as electronics, medical devices, batteries and pharmaceuticals, directly affecting costs, margins and market competitiveness.
engineered diamond-on-glasstechnical
A thin, synthetic diamond layer bonded to a glass surface to give the glass extra toughness, scratch resistance, and improved heat or light handling. Think of it as putting a wafer-thin, ultra-hard shield on a window or lens; for investors, the technology can change product durability, performance and manufacturing costs across industries that use glass (electronics, optics, industrial equipment), affecting margins, product lifecycles and market adoption.
thin-film depositiontechnical
Thin-film deposition is the process of applying extremely thin layers of material—often just atoms or molecules thick—onto a surface to give it new electrical, optical, or protective properties. Think of it like spreading a very fine coat of paint or frosting that changes how a product behaves; for investors it matters because the quality, cost and scalability of these coatings directly affect product performance, manufacturing yield, unit cost and competitive advantage in tech-driven industries.
semiconductortechnical
Semiconductors are materials and the tiny electronic components made from them that control the flow of electricity inside devices—think of them as the brains and traffic controllers of modern gadgets, cars, and industrial machines. They matter to investors because their production, supply and demand drive revenue, margins and capital spending across whole industries, so shortages or breakthroughs can quickly change company profits and stock prices.
quantum systemstechnical
Quantum systems are devices and technologies that use the unusual behavior of very small particles to perform tasks like computing, sensing, or secure communication in ways conventional machines cannot. For investors, they matter because they can create new markets or disrupt existing ones by solving certain problems far faster or more precisely than today’s technology, but they also carry high technical risk, long development timelines, and significant upfront costs.
ultrasonic coating systemstechnical
Ultrasonic coating systems are manufacturing machines that use high‑frequency vibrations to turn liquids into extremely fine droplets, then lay them down as thin, even films on products like electronics, medical devices, or packaging. For investors, they matter because the technology can improve product performance and yield while cutting material waste and production costs—think of painting with a fine, precise spraygun instead of a messy brush—so companies using it may gain quality or efficiency advantages.
OEMtechnical
OEM stands for Original Equipment Manufacturer, which is a company that produces parts or components used in the final products made by other companies. For investors, understanding OEMs is important because their performance can impact the supply chain and overall success of major industries, especially those relying on specialized parts. Think of OEMs as the suppliers that provide the building blocks for larger products, like the engine parts for a car.
advanced semiconductor packagingtechnical
Advanced semiconductor packaging is the set of modern techniques used to assemble individual silicon chips and supporting parts into compact, high-performance modules—often by stacking dies, using very small electrical links, and specialized carriers to boost speed, reduce power use and manage heat. It matters to investors because packaging shapes the finished product’s performance, manufacturing cost and supply-chain complexity—much like a car’s final assembly determines reliability, price and profit margins—which influences competitiveness, capital needs and margins.
MILTON, N.Y. & MOUNTAIN VIEW, Calif.--(BUSINESS WIRE)--
Diamond Quanta (DQ), a developer of engineered diamond-on-glass and engineered-diamond materials for optics, thermal, semiconductor, and quantum systems, today announced a strategic collaboration with Sono-Tek Corporation (Nasdaq: SOTK), a global leader in precision coating systems, to integrate Sono-Tek coating technology as a standardized process module within Diamond Quanta’s manufacturing architecture.
The collaboration formalizes precision coating as a core architectural element across DQ’s engineered diamond stack, strengthening the company’s pathway from advanced materials development toward repeatable OEM qualification and scalable manufacturing environments.
Advancing Standardized Process Architecture and OEM Qualification
Diamond Quanta’s strategy centers on defining a standardized architecture that integrates engineered diamond interfaces into repeatable, qualification-ready manufacturing workflows compatible with existing semiconductor and electronics toolchains.
By integrating precision coating as a defined module within its engineered diamond stack, Diamond Quanta strengthens process repeatability, thin-film uniformity, and multilayer integration control. The collaboration supports the company’s focus on reducing variability at the interface layer and advancing structured qualification with OEM and Tier 1 partners. Through integration with Sono-Tek systems, DQ advances:
Repeatable thin-film deposition within multilayer diamond stacks
Improved coating uniformity and process consistency
Structured progression from development to pilot and OEM qualification environments
Alignment with established semiconductor and electronics manufacturing ecosystems
“Establishing a repeatable manufacturing architecture requires not only breakthrough materials but standardized process modules that OEMs can adopt with confidence,” said Adam Khan, Founder and CEO, Diamond Quanta. “Our collaboration with Sono-Tek strengthens the integration layer of our engineered diamond-on-glass platform and supports disciplined progression toward scalable qualification.”
“Sono-Tek’s precision ultrasonic coating systems are designed to enable consistent, high-uniformity thin-film integration across advanced device architectures,” said Steve Harshbarger, Chief Executive Officer of Sono-Tek. “We are pleased to collaborate with Diamond Quanta as they advance their engineered diamond technologies toward scalable manufacturing.”
Strengthening the Diamond Quanta Ecosystem Strategy
Diamond Quanta is defining an integrated manufacturing architecture for engineered diamond materials spanning optics, thermal management, electronics, and quantum systems. This integration supports Diamond Quanta’s optics and advanced packaging commercialization pathways, including its Adamantine Optics™ and Adamantine Thermal™ platforms. The inclusion of standardized coating modules expands DQ’s process ecosystem and supports commercialization across:
Consumer electronics and protective optics
Advanced semiconductor packaging and thermal integration
High-reliability aerospace and defense systems
Emerging quantum and photonic platforms
This collaboration reflects Diamond Quanta’s approach of commercializing standardized process modules rather than raw films, reinforcing its IP-led, fab-light model as it advances OEM qualification and strategic partnerships.
ABOUT DIAMOND QUANTA
Based in Mountain View, California, Diamond Quanta is a semiconductor materials platform company commercializing engineered diamond-on-glass and engineered-diamond materials for optics and advanced packaging applications. Its Adamantine Optics™ and Adamantine Thermal™ platforms are designed to integrate into existing semiconductor and electronics manufacturing workflows without requiring new fabrication ecosystems. The company operates an IP-led, fab-light model focused on structured OEM qualification, Joint Testing and Evaluation programs, and strategic manufacturing partnerships. Diamond Quanta’s mission is to make diamond as accessible to the world as silicon. The Physics of Forever™.
About Sono-Tek
Sono-Tek Corporation (Nasdaq: SOTK) designs and manufactures precision coating systems used in electronics, medical, energy, and industrial applications worldwide. Corporate headquarters are located in Milton, New York.
