FAQ

Recently, Vision Precision Instruments was pleased to have the opportunity to install and deploy a high vacuum magnetron dual-target sputtering coater (SD-650MHT) for the School of Chemical Engineering at Changchun University of Technology. We are honored to contribute to the research in material science at Changchun University of Technology.

As a key parameter affecting the quality, thickness uniformity and performance of the film, the sputtering rate is affected by many factors, including target type, vacuum degree, working gas pressure, power supply, magnetic field strength and so on. A thorough understanding of the influence of these factors on the sputtering rate is of great significance for optimizing the process parameters and improving the quality of the film.

In the field of modern materials science and nanotechnology, the sample preparation technology of thin films has become a key research topic. These thin film materials are widely used in electronic devices, optical devices, biosensors, catalysts and other fields. In order to obtain films with excellent properties in various applications, it is essential to select the appropriate target material and use high-performance coating equipment. This article will describe in detail the application of gold (Au), silver (Ag), platinum (Pt), and gold palladium (Au/Pd) targets in VPI's SD-900M model coators and their differences in sample preparation.

The SD-650MHT sputtering coating machine adopts advanced mechanical design and precise control systems, featuring extremely high vacuum levels and stable gas control capabilities. Its core components include a combination of a rotary vacuum pump and a turbomolecular pump, which can quickly achieve an ultimate vacuum of 5×10^-5Pa, ensuring high efficiency and stability during the coating process. Additionally, the instrument is equipped with a metal chamber with a diameter of 260mm and a height of 200mm, allowing for larger sample sizes and meeting various experimental needs.

Today, we are proud to announce the launch of a new cathodoluminescence instrument: a precision instrument designed specifically for the characterization of solid materials such as gems and minerals, aiming to bring more solutions to the field of material science.

Good luck in the Year of the Dragon! May everything go as you wish, and may you enjoy peace of mind and good health!

Happy New Year!!

Merry Christmas from VPI China

Introduction to VPI's New Launch Model: SD-PD260A Particle Dispenser

On Monday, Mr. Ivan, CEO of NOVATIQ SCIENTIFIC, one of the largest analytical instrument service providers in Malaysia and Singapore, and Mr. Charles, Head of Operations of Novatiq Scientific, paid a visit to VPI and both sides strengthened our deep partnership. This visit confirmed the diversified cooperation directions of the two parties and paved a smoother road for our future cooperation.

VPI(Vision Precision Instruments) is pleased to have successfully deployed a High Vacuum Magnetron Dual Target Sputtering Coater (SD-650MHT)

At this joyous Mid-Autumn Festival, VPI sincerely wishes you and your family a reunion filled with happiness and good health.

Don't Forget To Maintain Your Coater Regularly

VPI delivered high vacuum magnetron sputtering coating instrument (650MH) to Xi 'an University of Technology (Material Science and Engineering) for battery material research

A Trip To VPI China by CEO of Ottamagation – Satoshi Akaike

Promote the application of micro-nano robotics and physical field control technology in the biomedical field, VPI deploys a High Vacuum Magnetron Sputtering Coater (650MH) for micro-nano dynamics

VPI (Vision Precision Instruments) is thrilled to extend its support to its esteemed UK partner, PI-KEM Ltd

Transmission electron microscopy (TEM) is a high-resolution microscope that uses a transmitted electron beam to pass through the sample and collects the interacting signals to generate micrographs. Consumables for transmission electron microscopy include the following components

Electron microscopy is an important scientific tool that uses an electron beam instead of light to illuminate samples and generates high-resolution micrographs by collecting signals produced from the interaction between the electron beam and the sample. The consumables for electron microscopy include the following components.

Surface engineering plays a crucial role in various industries, including automotive, aerospace, tooling, and biomedical applications. It involves modifying the surface properties of materials to enhance their performance, durability, and resistance to wear, corrosion, and other detrimental factors. The High Vacuum Magnetron Dual-Head Sputtering Coater offers exceptional capabilities for surface engineering applications, making it a valuable tool for researchers and manufacturers in this field.