Vertical Autoclave LVA-T2024

Introduction

Vertical Autoclave is an 80-liter vertical steam sterilizer designed for efficient sterilization. It features a lid interlock system to prevent opening under pressure for added safety. The sterilizer is built with a durable shell made of high-temperature-resistant thermoplastic and stainless steel for durability. It includes automatic fault detection and full-cycle control simplify operation. Our autoclave is ideal for sterilizing equipment across sectors like biotechnology, dental, agriculture, diagnostics, and public health.

It uses high-temperature and high-pressure steam to achieve effective sterilization of laboratory equipment, media, and waste. The advanced control system ensures thorough sterilization while preventing overheating or pressure buildup.

Applications

Our autoclave sterilizes instruments and equipment in forensic labs, space research, herbal medicine, aquaculture, archaeology, wastewater analysis, and military units, ensuring strict hygiene and safety standards in each area.

Specifications

Volume of Chamber	80 L
Chamber thickness	2 mm
Working temperature	50 °C to 134 °C
Working pressure	0.217 MPa
Working environment	5 °C to 45°C
Relative humidity	10% to 85%
Time setting range	0 to 99h
Rated power	3500W
Power supply	220V, 50/60Hz
Dimension	570 × 690 × 1020 mm
Net weight	108 Kg
Gross weight	112 Kg

Features

Rapid Cooling System

One-Touch Operation

Flexible Sterilization Programs

Energy Efficient Heating System

Comfort-Oriented Design

FAQs

1. How does the Vertical Autoclave achieve sterilization using steam?

The Vertical Autoclave uses pressurized saturated steam to effectively eliminate microorganisms. Steam penetrates the chamber’s contents, transferring heat quickly and evenly to destroy bacteria, viruses, fungi, and spores. Operating at temperatures typically between 121°C and 134°C, combined with pressure, it achieves deep sterilization beyond surface-level cleaning. This moist heat denatures microbial proteins and disrupts cellular membranes, ensuring thorough sterilization. The autoclave maintains these conditions for a preset duration to guarantee consistent and reliable sterilization results.

2. What safety mechanisms are built into the Vertical Autoclave ?

The Vertical Autoclave includes multiple safety features designed to protect users and the equipment. It has a lid interlock system that prevents the door from opening when the chamber is pressurized, ensuring safe operation. Pressure relief valves are incorporated to protect against dangerous over-pressurization. Temperature sensors constantly monitor heating to avoid overheating, and the unit includes automatic shutdown and alarm systems to alert users of malfunctions or cycle completion. These safety mechanisms comply with stringent industry standards, providing secure and dependable performance.

3. How is the sterilization cycle monitored and verified in the Vertical Autoclave ?

Sterilization cycles in the Vertical Autoclave are monitored through advanced sensors that continuously track temperature, pressure, and time during operation. Many models feature data logging to record cycle parameters, which supports quality control and regulatory compliance. Biological and chemical indicators can be used alongside to verify the efficacy of microbial kill rates. The autoclave’s microcomputer system issues alerts if any monitored parameter falls outside acceptable limits. This multi-tiered monitoring ensures each sterilization cycle meets rigorous safety and effectiveness standards.

4. How does the pressure inside the Vertical Autoclave affect the sterilization process?

Inside the Vertical Autoclave , pressure increases the boiling point of water, allowing steam to reach higher temperatures necessary for sterilization. At typical operating pressures around 2 bar (15 psi), steam can exceed 120°C, speeding up microbial destruction. This combination of heat and pressure provides rapid, uniform sterilization even for complex or dense items. Stable pressure maintenance is critical, as fluctuations can reduce sterilization effectiveness. The uses precise pressure sensors and relief valves to regulate chamber pressure safely and reliably.

5. What maintenance practices are essential to keep the Vertical Autoclave operating efficiently?

To maintain the Vertical Autoclave efficiently, regular cleaning of the chamber and door seals is necessary to prevent residue buildup and corrosion. Pressure and temperature sensors should be checked and calibrated regularly to ensure accurate cycle control. Safety valves, interlocks, and electronic components require routine inspection to avoid malfunctions. Using distilled or deionized water helps minimize mineral deposits and extends the heating element’s lifespan. Scheduled servicing by qualified technicians can identify wear and potential faults early, ensuring long-term reliable and safe sterilization performance.