FM3000多功能真空实验装置产品介绍
中文版
FM3000系列多功能真空实验装置是针对科研实验与工业检测需求研发的高性能真空环境模拟平台。该设备采用模块化设计理念，集成真空生成、过程控制及数据监测功能于一体，可满足材料处理、样品制备、精密镀膜等多元场景的工艺需求。
本装置搭载第三代真空维持系统，通过多级压力调控技术实现10^-3 Pa至常压范围的精准控制，配备智能补偿算法确保真空度波动范围小于设定值的±1.5%。宽域温度适配功能支持-50℃至450℃环境模拟，结合自主研发的热场平衡结构，为不同热力学特性材料提供稳定实验条件。可视化操作界面内置12组预设工艺模板，支持用户自定义压力-温度协同曲线，实验参数可实时存储并生成可视化分析报告。
设备核心腔体采用316L不锈钢整体成型工艺，配合双层循环水冷防护结构，在保证真空密闭性的同时显著提升热稳定性。标准配置包含6组KF系列快速接口，兼容多种外接设备的即插即用扩展。安全防护系统涵盖气压突变预警、过热保护、应急泄压三重保障机制，配备声光报警装置和自动应急响应程序。
在应用领域方面，FM3000适用于新型材料研发中的气氛烧结、真空退火工艺，电子器件制造领域的精密镀膜与封装测试，以及新能源材料的气相沉积等关键工序。其紧凑型结构设计在保持0.6m³有效容积的同时，实现整机占地面积不足1.5平方米的实验室友好布局。
English Version
FM-3000 Multifunctional Vacuum Experimental System
The FM-3000 series represents a cutting-edge vacuum environment simulation platform engineered for scientific research and industrial testing requirements. This modular system integrates vacuum generation, process control, and data monitoring functionalities, delivering versatile solutions for material processing, sample preparation, precision coating, and other sophisticated applications.
Equipped with third-generation vacuum maintenance technology, the system achieves precise pressure regulation from 10^-3 Pa to ambient conditions through multi-stage pressure control. Its intelligent compensation algorithm maintains vacuum stability within ±1.5% of set values. The broad-range temperature adaptation function (-50°C to 450°C), combined with proprietary thermal field equilibrium architecture, ensures consistent experimental conditions for materials with diverse thermodynamic properties. The intuitive interface offers 12 preset process templates and supports customized pressure-temperature coordination curves, with real-time data logging and visual analysis capabilities.
Constructed with 316L stainless steel monocoque technology, the main chamber incorporates dual-layer water-cooling protection for enhanced thermal stability and vacuum integrity. Six KF-series quick-connect ports enable seamless integration with peripheral devices. The triple safety system features pressure fluctuation alerts, overheat protection, and emergency pressure relief mechanisms, complemented by audible-visual alarms and automated emergency protocols.
Applications span critical processes including atmosphere-controlled sintering in advanced material development, precision coating for electronic components, and vapor deposition for energy materials. Despite offering 0.6m³ effective working volume, the compact design maintains a footprint under 1.5m² for laboratory-friendly installation.
This system demonstrates exceptional adaptability across material science, electronic engineering, and renewable energy sectors, providing researchers with reliable process reproducibility and precise environmental control capabilities. Its human-centric design emphasizes operational efficiency and experimental accuracy, establishing a new benchmark for multifunctional vacuum processing equipment.
