250℃ High Temperature Resistant Class 100 Clean Drying Oven

① Built-in high-efficiency HEPA/ULPA filters provide a filtration efficiency of up to 99.99% for 1µm particles, ensuring continuous ISO Class 5 (Class 100) cleanliness within the chamber, meeting the stringent requirements of precision processes.
② Utilizing advanced fluid dynamics design and high-performance fans, it achieves vertical laminar flow circulation of hot air within the chamber, ensuring temperature uniformity of ≤±1.5℃ in the working area.
③ All inner walls feature rounded corners, seamless welding, and electropolishing treatment, fundamentally eliminating cleaning dead zones and the risk of particle accumulation, guaranteeing process purity.
④ Equipped with a color touch screen and a multi-segment programmable PLC controller, it allows for precise setting of heating, constant temperature, and cooling curves, enabling full automation and data traceability for complex processes.
⑤ The core chamber is typically made of SUS304 brushed stainless steel, possessing excellent high-temperature and corrosion resistance, especially suitable for sensitive processes such as semiconductors and photoresists.
⑥ Composed of a high-temperature resistant centrifugal fan and a precision air guiding system, it ensures rapid and uniform heat transfer to every surface of the material, significantly improving drying efficiency and consistency.
⑦  Utilizing double sealing strips made of silicone rubber or fluororubber, and supplemented by a pneumatic locking device, it effectively isolates external contaminated air intrusion while ensuring the stability of the internal process atmosphere.
⑧ Integrated multiple hardware and software safety circuits, including over-temperature protection, over-current protection, fan interlock, and leakage protection, providing robust protection for the long-term stable operation of the equipment and products.
⑨ Through inner chamber mirror polishing and high-temperature baking decontamination treatment, it significantly reduces volatile organic compounds that the equipment may generate during high-temperature operation.
⑩ Using high-performance insulation materials and optimized heater layout, combined with a PID adaptive power adjustment algorithm, it achieves rapid heating and precise temperature control while effectively reducing energy consumption.
⑪ Optional nitrogen or other inert gas interfaces and a chamber micro-positive pressure control system are available to create an excellent oxygen-free drying environment for processes sensitive to oxygen or moisture.
⑫ Core modules such as filters, fans, and heaters adopt standardized and quick-release structures, greatly simplifying daily maintenance, cleaning, and spare parts replacement processes, reducing downtime. ⑬ Independent chamber environment and efficient filtration system effectively prevent cross-contamination between different batches of materials, making it especially suitable for R&D and production of multiple varieties and small batches.
⑭ Its excellent cleanliness and temperature control performance make it perfectly suited for cutting-edge fields in high-tech industries such as semiconductor chip manufacturing, MEMS packaging, biopharmaceuticals, and precision optics.
⑮ Guaranteed after-sales service: A comprehensive after-sales service network covering most parts of the country ensures worry-free use for users (Note: excluding a very few remote towns and villages);
⑯Technical support solutions:  Provides multi-faceted technical guidance including video, telephone, and online video tutorials, intuitively demonstrating equipment performance and operating methods to help users quickly master the equipment.