Developed to address unmet needs in microwave heating for high-pressure liquid-phase environments within research/industrial sectors—particularly targeting the critical demand for high-temperature solid-phase microwave processing in materials science (e.g., nanomaterials). This pioneering system replaces traditional heat conduction/convection/exchange methods, utilizing microwave technology to achieve instantaneous high-temperature, non-contact, energy-focused heating for materials science applications. It facilitates the advancement of solid-state batteries, fuel cells, catalysts, and other novel materials, accelerating R&D in new energy materials and enabling degradation of environmental pollutants (e.g., solid waste).Triple-Mode Integration Pioneering unification of microwave muffle furnace, vacuum tube furnace, and fixed-bed reactor within one system—enabling on-demand switching for diverse reaction protocols. Dual-Tube Furnace Configurations Supports both horizontal and vertical orientations in tube furnace mode, optimizing gas-solid phase reactions. High-Performance Single-Mode Microwave Austenitic stainless steel resonant cavity delivers >1,500 W/L power density (20× conventional) and ≥100°C/s ramp rates for hyper-focused heating. Advanced Thermometry High-resolution penetrative IR sensors combine speed/accuracy advantages: Millisecond response ±1.5% control precision 70% lower maintenance cost Functional Fusion Integrates micro-scale processing, controlled atmospheres, and ultra-high temperatures while enabling expanded application scenarios.Safety Assurance Austenitic stainless steel cavity ensures rugged durability with microwave leakage strictly exceeding national standards (IEC 60601-2-6 compliant), guaranteeing operator safety. Operational Comfort Soften-edged design eliminates sharp corners, enhancing tactile safety. Dual-angle operation adapts to various postures for superior ergonomics. Smart Interaction 10-inch color touchscreen delivers intuitive control with real-time reaction data logging and graphing capabilities. Data Management Stores/export data, images, and videos; enables full-experiment replay, chart export, and analysis on PCs for comprehensive observation and pattern recognition. Anti-Interference Performance Advanced EMI shielding resists environmental disruptions, ensuring stable and reliable experimental results (ISO 5725:2022). Human-Centric Layout Flexible screen placement + compact footprint with ergonomically optimized controls.Embraces a clean modern aesthetic with fluid contours. Two-tone layering achieves visual thinning. Line and texture harmony aligns with brand identity. The instrument’s base—featuring hollow design—refines functionality (e.g., daisy-chaining) while enhancing form; merging utility with elegance.Microwave Energy Driven Powered solely by electricity, compatible with green energy sources (e.g., solar/wind power). Virtually Zero Pollution Microwave energy utilization produces no process emissions, aligning with eco-friendly principles. Energy Efficiency Accelerates reactions dramatically while reducing energy consumption by ≥65% vs. conventional methods. Drives Eco-Innovation Directly enables environmentally critical applications like solid waste degradation technology.