In the era of Industry 4.0, where smart manufacturing, green low-carbon production, and digital transformation dominate industrial trends, high-precision thermal processing equipment has become a core driver of quality and efficiency. The
SKZ1052 AIoT Smart Precision Furnace integrates cutting-edge technologies such as AI-adaptive control, digital twin simulation, and IoT connectivity to meet the rigorous demands of modern industrial thermal processing. With 0.001°C temperature resolution, a wide operating range from room temperature (RT) to 550°C, automatic N₂/O₂ gas switching, a 7-inch intuitive touch screen, and compliance with ASTM, ISO, and CE international standards, it empowers sectors like material science, aerospace, electronics, and new energy manufacturing. This furnace not only delivers ultra-precise and stable performance but also aligns with global trends of energy efficiency and intelligent automation, becoming an indispensable tool for businesses pursuing high-quality development and global market access.
The SKZ1052 sets a high bar for temperature accuracy with its 0.001°C resolution, enabled by advanced digital sensing and AI-enhanced PID regulation algorithms. This level of precision ensures minimal temperature fluctuations, critical for applications where even tiny deviations can alter material properties or test results. Unlike conventional furnaces, it maintains consistent thermal environments for tasks such as polymer curing, alloy annealing, and thermal aging tests, ensuring reproducible outcomes that meet strict quality standards. For research and quality control teams, this ultra-precision eliminates data variability, reducing waste and accelerating product development cycles.
Covering room temperature to 550°C, the furnace adapts to diverse thermal processing needs without requiring specialized auxiliary equipment. It supports low-temperature tasks like material drying and high-temperature processes such as metal heat treatment and composite sintering preparation. This versatility eliminates the need for multiple single-purpose furnaces, saving workspace and equipment costs for enterprises. Whether used in laboratory research or industrial production lines, it seamlessly handles different temperature requirements, enhancing operational flexibility and efficiency.
Equipped with an intelligent gas switching system, the SKZ1052 seamlessly alternates between N₂ (inert atmosphere for oxidation prevention) and O₂ (oxidative environment for specific tests). The system uses precision flow valves and pressure sensors to ensure fast, stable switching with minimal process disruption. This automation replaces manual gas adjustment, reducing human error and improving safety by minimizing operator exposure to gas cylinders. It is ideal for applications like electronic component manufacturing (inert atmosphere protection) and material oxidation resistance testing, ensuring consistent process conditions.
The 7-inch capacitive touch screen offers intuitive operation with clear real-time data display, customizable heating profiles, and one-click parameter storage. It supports glove operation, adapting to industrial environments where operators wear protective gear. Integrated with AIoT capabilities, the furnace connects to industrial internet platforms, enabling remote monitoring, digital twin simulation, and predictive maintenance. Managers can track temperature curves, gas flow data, and system status via mobile devices or factory MES systems, aligning with smart factory integration needs and reducing on-site supervision costs.
Adherence to ASTM, ISO, and CE international standards ensures the SKZ1052 meets global requirements for safety, performance, and quality. ASTM and ISO compliance validates the reliability and recognition of test results worldwide, facilitating cross-border trade and research collaboration. The CE marking confirms compliance with EU safety and environmental regulations, enabling market access across Europe and beyond. Built-in safety features such as over-temperature protection, gas leak detection, and emergency shut-off valves further enhance operational safety, minimizing accident risks and protecting personnel and equipment.
In laboratories, the furnace supports thermal analysis, material characterization, and process development. Its ultra-precision enables accurate measurement of melting points, glass transition temperatures, and thermal stability, while gas switching capabilities facilitate studies on material behavior under different atmospheres.
In manufacturing sectors like aerospace, electronics, and automotive, it is used for component heat treatment, resin curing, and quality control testing. It ensures consistent product quality by maintaining strict thermal processing parameters, reducing defects and improving production yields.
For new energy industries such as lithium battery and photovoltaic manufacturing, the furnace supports thermal processing of key materials, ensuring product performance and reliability. Its compliance with international standards meets the high-quality requirements of high-tech sectors.
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