Best CVD Nanodiamond System | Blue Wave Semi
The CVD system is a spherical 12” diameter electro-polished double-walled water-cooled chamber. CVD Nanodiamond chamber body is fabricated from a 304 stainless steel hemisphere with a double wall for water cooling. Blue Wave Semi provides the best quality CVD Nanodiamond System.
Looking for Multilayer Coating Service
Design Multilayer coatings based on the requirements from customers. Features, Coating for less wavelength shift by humidity with Ion Assist Deposition machine. If not offered in our standard coating selections, we can provide you with custom thin film coatings for your applications.
Chemical Vapor Deposition System | CVD
In the CVD system, a single precursor gas flows into a chamber that contains the substrate to be coated. The vapor 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.
What Is The Use Of A Substrate Heater In Vapor Deposition Methods?
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.
CVD System: A Quick Overview of Chemical Vapor Deposition and its Application
Chemical vapor 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 vapor deposition system is the go-to solution these days.
Diamonds and Thin Films
One of the most scarce and costly materials used in science and engineering, diamond is one of the most widely researched and utilized materials in the deposition of thin films. The high thermal conductivity and electrical resistivity, low coefficient of friction, and strength of diamond gives it great importance in thin film depositions which in turn allows for the use of diamonds in electronics.
Nanofurnace Deposition Service
Bluewave Semiconductor providing you the Nano furnace Deposition System Service which is a state-of-the-art thermal chemical vaporization system with a quartz reactor designed for growing nano deposition materials on a wide variety of substrates. This system is an excellent tool for nano materials metal-oxides, nitrides, metals, and carbon materials such as CNTs and graphene.
Thin film deposition Services – Things to Know
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.
Electron Beam Evaporator System
E-Beam evaporation is a physical vapor deposition (PVD) technique whereby an intense, electron beam is generated from a filament and steered via electric and magnetic fields to strike source material and vaporize it within a vacuum environment. The system handles a single 4″ wafer or multiple small substrates with clips. Blue Wave system design makes it an excellent choice for thin film research applications.
Hot Filament Chemical Vapor Deposition: Useful information!!!
Hot filament chemical vapor deposition (HFCVD) is one of the most simple and cost-effective ways in which a large variety of materials can be deposited. In this technique, a resistively heated metallic filament like rhenium, tungsten, or tantalum is made use of for catalytically/thermally dissociating the molecules of the source gas that has been introduced with the aim of producing the requisite reactive precursors.
Electron Beam PVD System
Blue Wave Semi-1000 is a high productivity electron beam system for depositions of metal films and oxide thin films designed for R&D labs and proto-type Fabs. The system handles a single 4″ wafer or multiple small substrates with clips. Blue Wave system design makes it an excellent choice for thin film research applications.
CVD Nanodiamond Tools Are Superior to Bonded Grit and PCD Diamond Tools!! How??
In recent years, the technology of CVD nanodiamond coating on rotating cutting tools has developed rapidly. When tungsten carbide tools are coated with continuous thin diamond film, it improves machining performance and enhances tool lifetimes in composite materials by 15 to 30 times when compared with non coated cutting tools.
The Sputtering System offers a variety of built-in and custom features such as: optimized 3-gun flange, substrate heater, pressure adjustment, and is designed for easy integration with a variety of other deposition techniques and sources such as: PLD, Thermal Evaporation & CVD, E-beam, and more.
Hot Filament Chemical Vapor Deposition
With widespread use of electronic devices the semiconductor industry has seen a lot of changes in manufacture of semiconductor devices. Out of various stages for semiconductor manufacturing, fabrication process is one of the most important steps. For fabrication of functional layers over a substrate, the most commonly used technique is CVD (Chemical vapor Deposition).
Nanodiamonds, are the diamonds whose size range in nanoscale. The common way of producing nanodiamonds is chemical vapor deposition. They are getting immense popularity as they come with several sought-after properties and qualities which cannot be obtained through other materials. While their application is becoming more diverse, their nanodiamond coating application is still highly preferred in the industry.