Horizontal Autoclave LE-AC201

Horizontal Autoclave LE-AC201

Horizontal Autoclave LE-AC201 features a spacious 150-liter chamber, designed to deliver uniform heat distribution. It offers a temperature variation of ≤ ±1°C for consistent sterilization results. Featuring an energy-efficient heating system for reduced power consumption and construction, corrosion-resistant stainless steel. Our Horizontal Autoclave provides long-term durability and ease of maintenance.

$7,440.00 $ 6200

Horizontal Autoclave LE-AC201 - Specifications

Capacity 150 L
Sterilization Temperature 134 °C
Sterilization Pressure 0.22 MPa
Timer Range 0 to 60 minutes
Heat Average ≤ ±1 °C
Power Consumption 9 kW
Power Supply 50 Hz
Chamber Dimension 440 × 1000 mm
Dimension 1400 × 600 × 1300 mm
Net Weight 240 kg
Gross Weight 320 kg

Horizontal Autoclave LE-AC201 - Key Features

  • Microprocessor-controlled system for precise management of sterilization cycles 
  • Digital control panel for real-time monitoring and parameter adjustment 
  • Multi-mode sterilization programs supporting varied load requirements 
  • Integrated safety mechanism for controlled operation during sterilization 

Horizontal Autoclave LE-AC201 - Applications

FunctionImplementation
Instrument SterilizationMedical instruments and reusable equipment
Equipment ProcessingHeat- and pressure-resistant healthcare devices
Clinical Workflow SupportRoutine sterilization cycles in hospital settings

Horizontal Autoclave LE-AC201 - Optional Accessories

Printer function

Seal

Horizontal Autoclave LE-AC201 - Catalog


Horizontal Autoclave LE-AC201

Horizontal Autoclave LE-AC201

Horizontal Autoclave LE-AC201 FAQ's

1: Which capacity does the Horizontal Autoclave LE-AC201 have?

It offers a 150-liter chamber, allowing efficient sterilization of large loads.

2: Which control system does this autoclave use?

It is equipped with a microprocessor-based digital control panel for precise operation.

3: Which safety features are included?

It has an advanced safety mechanism to protect against overpressure and overheating.

4: Which cooling method is provided?

It features a rapid cooling system for faster cycle completion and safe handling.

5: Which industries can benefit from this autoclave?

It is ideal for hospitals, healthcare centers, and laboratories that require reliable sterilization of instruments and equipment.

6: Why is high-grade stainless steel used in Horizontal Autoclaves?

High-grade stainless steel is used for the chamber and internal components to ensure long-term durability, high corrosion resistance and compliance with hygiene standards in sterile environments.

7: What are the benefits of digital controls in Horizontal Autoclaves?

Digital controls provide accurate readings, consistent performance, real-time monitoring, error alerts and the ability to store and repeat sterilization cycles, improving efficiency and traceability.

8: Can users program custom sterilization cycles?

Most horizontal autoclaves allow users to program and save custom sterilization parameters, adapting the process to different types of instruments or materials.

9: What does fully automated operation mean in your autoclaves?

Fully automated operation means the autoclave manages the entire sterilization cycle filling, heating, sterilizing, pressure release and drying without manual intervention.

10: How is maintenance simplified in a fully automated autoclave?

The system performs internal checks, alerts users for maintenance schedules and reduces manual handling thus extending equipment lifespan and minimizing upkeep requirements.

Related Horizontal Autoclave

Lab Expo Horizontal Autoclaves are applied in high-capacity sterilization workflows where large instrument loads require uniform steam distribution and controlled cycle execution. Each horizontal steam sterilizer operates using pressurized steam and is constructed from stainless steel to support continuous operation and corrosion resistance. Digital control systems regulate temperature, pressure, and cycle parameters, while integrated safety mechanisms support automated operation and controlled processing of large-volume loads.