The gel baker is a temperature-controlled heating equipment primarily used for the drying and curing of films following the coating process on various surfaces such as semiconductor silicon wafers, slides, substrates, ITO conductive glass, among others.

The gel bakers introduced by CIF incorporates intelligent programmed temperature control technology, offering precise and uniform temperature regulation, rapid and efficient heating performance, and straightforward maintenance. They are ideally suited for laboratories that require high accuracy in temperature control and consistent heating uniformity.

Function & Features

Intelligent Temperature Control and Programmable Operation System

• Core Temperature Control Technology: The system employs advanced intelligent programmable temperature control technology, enabling precise temperature regulation from ambient temperature up to 360 °C, with a temperature control accuracy of ±0.1 °C. It delivers rapid heating performance and exceptional thermal uniformity across the entire working surface.
• Operation Interface: A 7-inch full-color touchscreen interface supports bilingual (Chinese and English) interactive operation, offering intuitive navigation and user-friendly control for enhanced operational efficiency.
• Program Customization: Users can configure parameters such as target temperature, hold time, heating rate, and temperature gradients. The system supports up to 10 programs, each with 10 ramp segments, allowing complex multi-step processes with up to 100 sequential steps.
• Real-time Monitoring: Comprehensive real-time monitoring functions include dynamic display of program status and graphical representation of operating curves, facilitating accurate oversight and control throughout the experimental process.

Precise Temperature Assurance and Flexible Start-up Options

• Temperature Calibration: Integrated temperature calibration ensures traceable accuracy at the source, meeting high-precision requirements for scientific and industrial applications.
• Flexible Start-up Modes: The system features delay and scheduled start functions, supporting flexible experimental timelines and enhancing workflow adaptability and convenience.

•  

  Comprehensive Safety Protection and Maintenance Efficiency

• Safety Protection: The system automatically cuts off power during over-temperature conditions and shuts down after the heating cycle, eliminating the need for constant supervision and enhancing safety.
• Maintenance Convenience: The embedded heating module features an optimized structural design that simplifies disassembly and servicing, reducing maintenance time and long-term upkeep costs.

High-quality construction materials with expandable functionality

• Durable Material: The heating surface is made of hard-anodized aluminum alloy, and the outer casing is stainless steel with a powder coating, offering excellent heat and corrosion resistance for reliable, stable performance in harsh conditions.
• Expandable Configurations: Optional automatic lifting mechanism for adjustable height control, supporting elevated or baking-like setups and expanding the equipment’s practical applications.

Technical Specification