Our Products
Discover the invisible,
as your journey from micro to nano unfolds with SEMIAN.
제품소개
Features
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Automatic Pressure Control Utilizing Electron Needle Valve: Ensures a stable plasma environment by maintaining pre-set vacuum levels consistently using Automatic Pressure Control (APC) and electron needle valve technology.
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Variable Working Distance (WD): Users can select the distance between the target and the sample, allowing precise adjustments within a range of 20-50mm to meet specific application requirements.
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Automatic Vacuum Preservation: Maintains a clean, uncontaminated environment upon completion, offering a hassle-free shutdown experience and facilitating swift and efficient starts for the next user.
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Stable Ionization Current: Maintains a consistent ionization current throughout the coating process, ensuring reliable and consistent performance even when vacuum levels fluctuate.
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User-Friendly VENT/EVAC User Interface: The intuitive VENT/EVAC user interface from Semian simplifies vacuum and ventilation processes during tasks such as user changes and sample exchanges, enhancing the versatility of the equipment. It serves as a versatile indicator for improved usability.
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Dual GD System Integration for Hydrophilic and Hydrophobic
While our Glow Discharge system initially features a single chamber, we highly recommend considering the acquisition of two systems to expand your capabilities for both hydrophilic and hydrophobic surface modifications. This integration empowers users to achieve precise and versatile surface modifications tailored to their specific research needs. With separate systems dedicated to hydrophilic and hydrophobic treatments, you can ensure a contamination-free environment for each process, resulting in optimal sample preparations.
By incorporating two Glow Discharge systems into your workflow, you unlock the ability to customize surface treatments for hydrophilic and hydrophobic modifications. This flexibility empowers you to optimize sample properties, enhancing adhesion, orientation, and meeting other specific requirements across a broad spectrum of research applications.
