100L Pulse Vacuum Autoclave Vertical Sterilizer With LCD And Printer

100L Pulse Vacuum Vertical Autoclave ZXD-AV100-IX with LCD and printer

Features:

• Microcomputer-controlled with digital status display and touch-key operation.
• Dynamic display shows temperature, pressure, time, vacuum level, and current sterilization phase.
• Executes a complete automated cycle from water filling and pulse vacuum to heating, sterilization, drainage, exhaust, and vacuum drying.
• Three-stage pulse vacuum achieves -0.08 MPa, ensuring thorough sterilization of dressings and Class A/B hollow devices.
• Offers four fixed programs for instruments, dressings, rubber, and liquids, plus user-programmable settings.
• Features a handwheel for quick door opening and a self-inflating seal for easy access and reliable closure.
• Employs an immersed heating tube for high efficiency and a steam-water inner circulation system with no steam emission.
• Automatically powers off with a beep reminder post-sterilization and includes two stainless steel baskets.

Specifications

Introduction about autoclave

The autoclave represents the cornerstone of sterility assurance across critical fields. Functioning as a specialized high-pressure steam vessel, it utilizes the potent combination of moist heat and pressure to eradicate all forms of microbial life, including resilient bacterial spores. Operating at standardized parameters such as 121°C (250°F) and 15-30 psi, it causes irreversible denaturation of microbial proteins. Its operation mirrors a sophisticated pressure cooker, executing a precise cycle to ensure absolute efficacy. This cycle begins with air removal to enable unimpeded steam penetration, followed by a sustained exposure phase where temperature and pressure are maintained, and concludes with controlled exhaust and drying.

As the gold standard, it is indispensable for sterilizing surgical instruments, dental tools, laboratory glassware, culture media, and regulated biohazardous waste. Its superiority lies in steam's unparalleled ability to penetrate complex instrument lumens and porous materials, outperforming dry heat or chemical methods. This broad-spectrum efficacy and versatility in processing various item types solidify its essential role in healthcare, research, and even industrial processes like rubber curing.