Vertical Autoclave LVA-P13

Introduction

Vertical Autoclave offers a spacious 100-liter chamber capacity, to deliver high-efficiency sterilization. It operates at a working pressure of 0.22 MPa and maintains a consistent working temperature of 134°C for optimal performance. Its sterilization and optional drying time provide flexible cycle customization. This autoclave supports a drum and basket for enhanced loading efficiency. It is ideal for labs, hospitals, and research environments that require dependable sterilization without compromising space.

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 Vertical Autoclave is ideal for sterilizing laboratory glassware, surgical tools, culture media, and biohazard waste in hospitals, research centers, pharmaceutical units, and diagnostic labs.

Specifications

Chamber Capacity	100L
Control	Processor
Display	Digital Display
Material	Fully Stainless Steel 304
Working Pressure	0.22 MPa
Working Temperature	134°C
Temperature Range	100 to 134°C
Sterilization Time Range	0 to 999 min
Drying Time Range	0 to 999 min (optional)
Temperature Accuracy	±0.1°C
Heat Distribution	≤1°C
Steam Generator	Stainless Steel 304
Loading Capacity	1 pc Drum & 1 pc Basket
Casters	With Brakes
Voltage	110 to 240V, 50/60Hz
Power Consumption	4.0 KW
Chamber Size	100L / Ø388 × 630 mm
Outer Dimensions	570 × 570 × 1180 mm
Packing Dimensions	620 × 620 × 1280 mm
Net Weight	55 kg
Gross Weight	105 kg

Features

Large Chamber Capacity

Processor Control

Digital Display

Stainless Steel Construction

Wide Temperature & Time Range

High Temperature Accuracy

Uniform Heat Distribution

Drum and Basket Loading

Casters with Brakes

Universal Voltage Compatibility

Compact Design

Energy Efficient

FAQs

1. What mobility and safety features does the Vertical Autoclave offer?

The Vertical Autoclave is fitted with casters that include brakes, providing excellent mobility for repositioning within a lab or facility, while ensuring stability during operation. This is particularly useful in compact environments or shared laboratory spaces where equipment needs to be moved without compromising safety.

2. How does the Vertical Autoclave ensure precise sterilization control?

The uses a processor combined with a digital display to offer highly accurate control over temperature and sterilization cycles. The system maintains temperature with an accuracy of ±0.1°C, ensuring consistent and reliable sterilization. Users can customize both sterilization and drying times, each ranging from 0 to 999 minutes, allowing precise control based on the type of materials being sterilized.

3. What makes the construction of the Vertical Autoclave durable and long-lasting?

The Vertical Autoclave is built entirely with stainless steel 304, including the chamber and the steam generator. This material is known for its high resistance to corrosion and chemical damage, making the autoclave durable for long-term use in harsh laboratory or medical environments. The robust structure also ensures minimal maintenance and high thermal efficiency.

4. Is the Vertical Autoclave suitable for international use in terms of voltage and power?

Yes, the Vertical Autoclave is designed with universal voltage compatibility, operating within a range of 110 to 240V at 50/60Hz. This makes it ideal for use in various countries without the need for voltage converters. It consumes 4.0 KW of power, delivering efficient performance without excessive energy use, suitable for modern laboratory and clinical settings.

5. How does the Vertical Autoclave maintain uniform heat distribution during the sterilization process?

The maintains heat distribution within less than equal to 1°C throughout the chamber, ensuring that all surfaces of the items being sterilized receive consistent thermal exposure. This uniformity is crucial for complete sterilization, especially when dealing with complex instruments or materials that must meet strict sterilization standards in biomedical and research applications.