• Utilizes saturated steam for rapid, effective sterilization of medical equipment, dressings, and labware.
• Fully stainless steel construction ensures durability, hygiene, and corrosion resistance.
• Flexible heating options: electric or LPG for adaptability to various power sources.
• Operates at 0.14-0.16 Mpa working pressure with a temperature of 126°C for reliable sterilization.
• Features a dual-scale pressure gauge for precise pressure monitoring and safety.
• Sterilizing volume of 12 liters, suitable for small to medium-scale applications.
• Maximum safety pressure protection ensures operational security.
• Compact transport dimensions with clear gross/net weight specifications.
• Doubles as a high-altitude cooker and water purification unit.
• User-friendly design with easy operation and proven reliability.

The autoclave is a foundational instrument for ensuring sterility in professional practice. It operates as a sealed chamber that generates saturated steam under pressure. This pressurized steam delivers high-temperature moist heat, typically at 121°C (250°F), which denatures the proteins of all microorganisms, including resistant bacterial spores.

The device follows a meticulous cycle: first removing air to allow unimpeded steam contact, then holding the sterilizing conditions for a validated time, and finally exhausting the steam and drying the load. Its applications are extensive. In healthcare, it is used for surgical and medical device sterilization. In dentistry, it processes a wide array of instruments.

In laboratories, it is essential for sterilizing equipment, preparing culture media, and treating infectious waste. Industrial applications include processes like vulcanization. The autoclave is favored because steam provides faster and more uniform heat distribution than dry air. This allows for effective sterilization at lower temperatures and shorter exposure times compared to dry heat ovens. Its ability to penetrate porous materials and packaged items makes it the most versatile and reliable method for a vast range of heat- and moisture-stable materials.