Used DNS / DAINIPPON Lambda Ace VM-2200 #293664932 for sale

DNS / DAINIPPON Lambda Ace VM-2200
ID: 293664932
Wafer Size: 4"
Film thickness measuring system, 4".
DNS / DAINIPPON Lambda Ace VM-2200 is a state-of-the-art wafer testing and metrology equipment. It is designed to meet the accuracy and performance requirements of semiconductor research and development. It provides the highest-precision measurements for a wide range of applications, including dielectric permittivity, thin film property measurements, materials science, and process control. The VM-2200 utilizes advanced wafer testing technology, incorporating a combination of optical and electrical methods to measure a variety of parameters with high accuracy. Its optical measurements are based on semiconductor imaging technology, which allows for more detailed imaging of microscopic patterns formed in semiconductor substrates. With its ability to measure up to 8" wafers, the VM-2200 is ideal for larger research and development projects that require high-accuracy results. The VM-2200 features an advanced image analysis engine, which allows automatic measurements of microscopic features and processes. It supports both local and global measurement scales, allowing for flexible operations that meet users' specific needs. Its intuitive user interface also makes it easy to set up and perform experiments. The VM-2200 is also highly configurable, offering a wide selection of options for additional features. These include an advanced laser processing system, a high-speed imaging unit, and a range of metrology tools designed to optimize the testing process. Additionally, the VM-2200 is compatible with a variety of systems for testing semiconductor processes, such as DPLASMA and SIPC. DNS Lambda Ace VM-2200 is an advanced wafer testing and metrology machine designed specifically for semiconductor research and development. With its combination of optical and electrical technologies, the VM-2200 delivers high-precision results with flexible operations and configurable options. It is the perfect choice for researchers who require the highest levels of accuracy and performance.
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