Electric Thermostatic Air-Drying Oven LETAD-A15

The Labtron LETAD-A15 has a large 1000-liter capacity, making it ideal for laboratories that require high-volume drying, heating, or sterilizing. This spacious interior allows users to place multiple or large samples at once, improving productivity and saving time during batch processing. With 4 shelves and a tall chamber, it offers flexibility in arranging different types of materials without overcrowding.

Labtron’s LETAD-A15 is equipped with a microcomputer PID controller that ensures accurate and stable temperature control. It has a wide temperature range from room temperature +10°C to 250°C, with ±1.0°C fluctuation and 0.1°C accuracy. The PT100 temperature sensor ensures precise feedback for consistent performance, making it reliable for temperature-sensitive applications like wax melting, drying chemical samples, or sterilization.

Several features enhance its suitability for industrial and lab use. It includes a high-temperature-resistant fan and well-designed air ducts for uniform hot air circulation, ensuring even heating throughout the chamber. A built-in timer (1 to 9999 minutes) provides flexibility for different procedures. The oven also uses a synthetic silicon sealing strip to maintain internal temperature and a mirror stainless steel interior for durability and easy cleaning. These features make it reliable for long-term use in demanding environments like mineral industries or research labs.

The Labtron LETAD-A15 runs on AC 220V ±10%, 50Hz, with a maximum power of 4 kW, making it energy efficient for its size. The interior is made of mirror stainless steel, which is corrosion-resistant and easy to clean. The outer shell is coated steel plate, offering durability and protection. The oven weighs 500 kg, showing it is a robust, heavy-duty piece of equipment suitable for long-term lab or industrial use.

The LETAD-A15 is widely used in laboratories and the mineral industry for drying, baking, wax melting, and sterilization tasks. It's especially useful when uniform heating is critical, such as drying mineral samples, sterilizing lab instruments, or baking chemical mixtures. Thanks to its high precision, large volume, and stable performance, the oven supports a wide range of scientific and industrial processes that require controlled high temperatures.