Horizontal Laboratory Autoclave LHA-T2011

Introduction

Horizontal features a horizontal front-loading design with a 300-liter capacity. It includes a digital display screen and an indicator light that shows the operating status. The autoclave has an automatic water intake and refill function for convenience. After the sterilization cycle is complete, the machine will automatically sound an alarm and shut down. Our autoclave is ideal for sterilizing and disinfecting equipment and materials used in biosafety labs, biotech fermentation, veterinary research, agriculture, food packaging, and diagnostic waste management.

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 Horizontal Laboratory Autoclave is widely used for sterilizing equipment, instruments, and materials across laboratories, hospitals, biotechnology units, veterinary clinics, agricultural research, food testing, cosmetic industries, dental labs, and public health departments.

Specifications

Capacity	300 L
Chamber Volume	Φ600 × 1240 mm
Chamber Thickness	3.0 mm
Temperature Range	50 °C to 134 °C
Working Environment	5 °C to 45°C
Relative Humidity	10% to 85%
Rated Working Pressure	0.217 MPa
Sterilization Time Range	0 to 99 h
Power Supply	380 V
Rated Power	9000 W
Packing Size	1640 × 930 × 1900 mm
Dimension	1550 × 820 × 1740 mm
Gross Weight	335 Kg

Features

Compact Design with Large Capacity

Overheat and Overpressure Protection

Real-Time Cycle Status Display

Water Recycling System

Temperature and Pressure Interface Check

FAQs

1. How does a Horizontal Autoclave ensure uniform sterilization throughout the chamber?

A Horizontal Autoclave ensures uniform sterilization by using advanced steam circulation systems that distribute steam evenly across the chamber. The design often incorporates fans or baffles to prevent steam pockets and cold spots, ensuring all items receive consistent heat exposure. Temperature and pressure sensors continuously monitor conditions at multiple points, providing real-time feedback to the control system. The autoclave adjusts steam flow and cycle time based on load type and volume, optimizing sterilization efficacy. This uniformity is critical for sterilizing complex or bulky loads without compromising safety or effectiveness. By maintaining precise control, the autoclave guarantees reliable sterilization results every cycle.

2. What factors should be considered when selecting the appropriate sterilization cycle in a Horizontal Autoclave ?

Selecting the correct sterilization cycle depends on the type of load, material sensitivity, and sterilization requirements. For example, solid instruments may require higher temperatures and longer exposure times than heat-sensitive plastics or liquids. The cycle must also consider the load’s density and volume, as larger or denser items need more steam penetration and time to sterilize effectively. Horizontal autoclaves often offer preset or customizable cycles to accommodate diverse needs, including gravity displacement, pre-vacuum, and liquid sterilization modes. Operators should also factor in cooling time and drying phases when applicable to ensure the sterilized items are safe to handle immediately after the cycle. Proper cycle selection helps prevent damage to delicate materials while ensuring complete microbial elimination. Consulting manufacturer guidelines and sterilization standards is essential for optimal cycle choice.

3. What maintenance procedures are necessary to extend the lifespan of a Horizontal Autoclave ?

Regular maintenance is vital to keep a Horizontal Autoclave functioning efficiently and prolong its service life. Daily tasks include cleaning the chamber interior to remove residue and ensuring the door seal is free from debris for proper closure. Periodic inspections of pressure valves, steam traps, and drain lines help prevent blockages that could impair operation. Calibration of temperature and pressure sensors should be done according to manufacturer recommendations to maintain sterilization accuracy. Lubricating moving parts, such as door hinges and locking mechanisms, reduces wear and tear. Additionally, water quality used in the autoclave should be monitored to avoid mineral buildup and corrosion inside the chamber. Scheduling professional servicing and software updates ensures all systems perform optimally and comply with safety standards.

4. How do Horizontal Autoclave accommodate varying load sizes and types efficiently?

Horizontal Autoclave are designed with flexible chamber sizes and adjustable racks or trays to accommodate diverse load configurations. The front-loading design allows easy placement of large or bulky items, while modular shelving can be rearranged or removed for odd-shaped equipment. Many models include multiple sterilization programs tailored to different load types, such as solids, liquids, or porous materials, optimizing cycle parameters accordingly. Sensors inside the chamber assess the load’s thermal mass and adjust steam exposure time for thorough sterilization without overprocessing. This adaptability reduces turnaround times and increases throughput by allowing mixed loads in a single cycle.

5. How does the automatic water intake and refill system enhance the operation of a Horizontal Autoclave ?

The automatic water intake and refill system simplifies operation by maintaining the correct water level without manual intervention. It ensures the steam generator always has sufficient water to produce saturated steam for sterilization cycles, preventing interruptions or incomplete sterilization. This automation reduces the risk of operator error and enhances process reliability. The system also monitors water quality and volume, often alerting users to refill or maintenance needs. By managing water input efficiently, it helps conserve water and energy, supporting sustainable laboratory practices. Furthermore, automatic refilling minimizes downtime between cycles, increasing overall throughput. This feature is especially beneficial in high-volume settings where consistent performance and uptime are critical.