Blue Wave Semiconductors

04/24/2026

Hello everyone, we’re excited to be participating in the MRS Spring Meeting in Hawaii. Visit our table to learn more and connect with our team.

03/21/2026

Blue Waves Bell Jar Thermal Ev***rator depositing on fused silica quartz with As40S60.

02/05/2025

Blue Wave Semiconductors presented its latest innovation, the Diamond Exploratory and Applied Research Microwave Plasma Chemical V***r Deposition (DEAR MPCVD) system, at the Materials Research Society’s Fall Meeting in Boston, MA, 2024. DEAR MPCVD system represents the future of CVD diamond research, offering a versatile and efficient platform for applied research in diamond-based technologies.
Diamond, a wide-bandgap material, is a cornerstone for next-generation technologies, including quantum energy generation, sensing, and advanced electronics. High-quality thin films for device applications can be fabricated using Chemical V***r Deposition (CVD) techniques. Among these, Microwave Plasma CVD (MPCVD) reactors are the most widely used for diamond growth. To enhance the properties of diamonds for electronic and quantum applications, doping is required, which can be achieved using in-situ CVD growth with the flow of dopant gas or by the ion implantation method. However, ion implantation introduces defects in the diamond lattice, making the CVD approach more suitable for device fabrication, scalability, and high-quality diamond growth.
In this direction, Blue Wave Semiconductors (BWS) has designed and developed an optimized microwave cavity that supports a larger diameter quartz tube with differential pumping vacuum seals, multiple optical viewports for temperature, plasma process, and growth monitoring, and a sample stage that creates efficient microwave plasma above the substrate (substrate size up to 12 mm x 12 mm). The system operates with various gas flow ratios, a wide range of deposition pressures, and substrate temperatures ranging from 650°C to 1100°C, enabling the deposition of homoepitaxial, large-grain microcrystalline, and nanocrystalline CVD diamond films for a variety of applications. The DEAR MPCVD system uses microwave power ranging from 650 W to 1.5 kW, achieving growth rates from 0.2 microns/hr to over 10 µm/hr.
The DEAR MPCVD system has a unique central feature, an interchangeable quartz tube that creates a multi-dopant system required for future breakthroughs in quantum and electronic grade diamonds. A wide variety of dopants are possible using this tool including exotic dopants that require high operating pressure due to their high v***r pressures. Blue Wave designed differentially pumped quartz tube adapters specifically for DEAR MPCVD to address the issues of leak rate and contamination from traditional quartz interfaces.
The DEAR MPCVD system has demonstrated high-quality CVD diamond growth using ~1 kW of microwave power. Crystalline samples have been characterized by using Scanning Electron Microscopy (SEM), Electron Backscatter Diffraction (EBSD), XRD, Raman Spectroscopy, and Photoluminescence / Cathodoluminescence at room temperature (RT) and low temperature (LT).

11/26/2024

We’re excited to introduce the Blue Wave Semiconductor (PLD System), a state-of-the-art Physical V***r Deposition (PVD) system designed for high-quality thin film synthesis. Whether your work involves metal oxides, nitrides, or multilayer thin films, this system is equipped with fully customizable features to meet your research needs.
Key Features: Optimized 6-target carousel, Substrate heater, and Pressure adjustment control with simple operation using touch screen HMI.

Check out the full overview in our new video and learn how the Blue Wave Semiconductor (PLD System) can enhance your research capabilities!

Watch now: https://www.youtube.com/watch?v=Fixe6n4V2is&t=20s

The BWS PLD System is a fully customizable state-of-the-art physical v***r deposition system designed for the synthesis of high-quality thin films of metal-o...

03/29/2024

Important Message from Blue Wave Semiconductors Inc.
Change in Company Phone Number

Our new phone number is +1- 410-907-6807. The old phone number +1-301-706-8833 is no longer in service. We suspect the old number +1- 301-706-8833 might be used by malicious actors who are exploiting it for fraudulent activities. Please ignore any messages sent from our previous number +1-301-706-8833 or any accounts impersonating Ratnakar D. Vispute, particularly via the WhatsApp messaging platform. We apologize for any inconvenience this may have caused. Should you have any questions or require further assistance, please do not hesitate to reach out to us through our updated contact details or via email at [email protected].

02/06/2020

All about thermal ev***rator system: its features, uses and working procedure!!

For more information visit: http://tiny.cc/h4vnjz

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01/29/2020

In the CVD system, a single precursor gas flows into a chamber that contains the substrate to be coated. The v***r of reactive compound (an easily volatilized liquid or solid in some cases) is sublimed and then directed to the reaction zone via a carrier gas. A thin film is deposited on the substrate surface with the help of a chemical reaction or decomposition of gas mixture or in the vicinity at a fixed temperature.
https://bit.ly/2ObqcYy
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01/29/2020

Metals usually get corroded in case they are kept in such an atmosphere where the dampness in the air is more, moreover, the corrosion would be more if they are kept in such environment for a longer time span. That is why, it is important to add a metallic coating on any kind of metallic part or tool to protect it from corrosion and to improve its conductivity. There are some certain methods and techniques to add a guarding layer of metal on the part.
https://bit.ly/37wWjcJ
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01/22/2020

Thin film deposition is the technique of applying a thin layer of material or coating on a surface to form layers to develop filters, create reflective surfaces, increase insulation and conduction for the protection. Thin-film deposition services are at the heart of the semiconductor industries, optical devices industries, compact disk manufacturers, solar panels industries and glass industries.
http://www.bluewavesemi.com/

01/22/2020

Functional materials are part of everyday life today, like a protective finish on devices, objects or tools to reduce wear & tear, coatings for decorations, sensors or medical applications. The material gets deposited as thin films using a large variety of deposition techniques and properties determine the growth of the film.
https://issuu.com/bluewavesemi2/docs/thermal_ev***ration___cvd
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01/15/2020

The BWS HFCVD System is a fully-customizable hot filament chemical v***r deposition system designed for synthesis of nanodiamond coatings, CVD diamond films, Micro crystalline CVD diamond coatings, graphene, carbon nanotubes(CNTs), and a variety of other thin film coatings.
http://www.bluewavesemi.com/product/hot-filament-chemical-v***r-deposition-system/

01/15/2020

Chemical v***r deposition is a practical method to synthesize well-controlled dimensions and structures with high purity. Whether one needs to develop a single layer, multiple-layer, composite, or finally functional coatings, chemical v***r deposition system is the go-to solution these days.
https://bit.ly/36VwGlH
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