50L Pulse Vacuum Vertical Autoclave Machine Pulsating Vacuum Sterilizer

• Microcomputer-controlled system with digital display of operating status and touch-sensitive keys.
• Dynamically shows real-time temperature, pressure, time, vacuum level, and cycle stage.
• Features a fully automated process: water filling, pulse vacuum, heating, sterilizing, draining, exhaust, and vacuum drying.
• Three-stage pulse vacuum achieves a vacuum level of -0.08 MPa, ensuring complete air removal from dressings and hollow instruments.
• Includes four preset programs for instruments, dressings, rubber, and liquids, with customizable user-defined settings.
• Equipped with a P-F type test connection for convenient performance testing.
• Utilizes an immersed heating tube for high thermal efficiency.
• Automatically shuts off with an audible beep upon cycle completion and includes two stainless steel baskets.

An autoclave is a critical piece of equipment designed for high-level sterilization through pressurized steam. Its primary function is to render objects sterile by destroying all microorganisms, including their spores, using moist heat. The typical operating condition involves achieving a chamber temperature of at least 121°C (250°F) with corresponding steam pressure. This environment is maintained for a sufficient time—often 15 to 30 minutes—to ensure microbial death.

The cycle's effectiveness hinges on the initial removal of air, which allows saturated steam to contact all surfaces. Following this conditioning, the sterilization phase holds the critical parameters constant. The cycle concludes with exhaust and drying. Key applications are widespread: in hospitals, it processes surgical instruments; in dental clinics, it ensures drill bits are safe; in research labs, it sterilizes glassware and media; and in bio-containment facilities, it treats infectious waste. Furthermore, its utility extends to manufacturing for curing polymers. The autoclave is preferred because steam heat transfers energy more efficiently than dry air, ensuring thorough penetration and making it the most reliable method for a vast array of materials.