The SHEL LAB SMO10HP High Performance Oven is expertly engineered for laboratories and industrial applications that demand precise temperature control and consistent performance. Designed for continuous drying operations up to 306°C, this high-performance oven ensures superior thermal stability, reliability, and safety for even the most critical heating processes.

Equipped with a microprocessor-based 40-step ramp-and-soak temperature controller, the SMO10HP provides 1.0°C precision, multiple operator access levels, and automatic program resumption after power failure. The intuitive three-digit LED display allows for fast, accurate time and temperature settings, while the integrated RS-485 communication port enables remote monitoring and control.

The horizontal air flow system, powered by twin turbo blowers, ensures uniform temperature distribution, rapid heat recovery, and efficient drying of high-moisture samples. Air is also circulated through the motor bearings to extend motor life. Adjustable stainless steel shelves and triple air ports provide flexibility for a variety of drying and curing applications.

Built for durability, the SMO10HP features a high-temperature gasket door seal that prevents air leakage, heavy-duty adjustable hinges, and a rugged latch system designed for long-term service. Its stainless steel interior offers corrosion resistance and easy cleaning, making it ideal for demanding laboratory and industrial environments.

Key Features:

• Continuous drying operations up to 306°C

• Microprocessor controller with 40-step ramp and soak programming

• 1.0°C precision temperature control

• RS-485 communication port for remote monitoring

• Horizontal air flow for fast heat-up and recovery

• Twin turbo blowers for superior uniformity

• Adjustable stainless steel shelves

• High-temperature gasket and dual-seal door design

• Built-in overtemperature protection for safety

• CE approved

• 24-month limited warranty

Applications:

Perfect for laboratory drying, curing, testing, annealing, and heat treatment in industries such as pharmaceuticals, materials science, electronics, aerospace, and research laboratories that require tight temperature uniformity and reliable performance.