Short Summary 

Labmate LMHPA-A102 is a 150 L high-pressure steam autoclave used to sterilize laboratory instruments, media, and glassware using saturated steam at 105–134°C under controlled pressure and time cycles. It removes microorganisms and spores for laboratory, hospital, and pharmaceutical sterilization workflows.

What is Labmate LMHPA-A102? 

Labmate LMHPA-A102 is a programmable laboratory sterilizer that uses high-pressure saturated steam to eliminate microbial contamination from laboratory materials. It operates using controlled temperature, pressure, and exposure time to achieve sterilization suitable for regulated environments such as pharmaceutical, clinical, and research laboratories.

Where is Labmate LMHPA-A102 Used?

Labmate LMHPA-A102 is used in:

• Pharmaceutical manufacturing laboratories

• Biotechnology research facilities

• Hospital sterilization units

• Academic and university laboratories

• Food and quality testing laboratories

How LMHPA-A102 Works  Step 1: Loading

Instruments, media, and glassware are placed inside the stainless steel chamber.

Step 2: Steam Generation

The system generates saturated steam under controlled pressure.

Step 3: Cycle Control

Temperature and sterilization time are regulated using programmable digital cycles.

Step 4: Sterilization Phase

Steam penetrates materials and eliminates microorganisms and spores.

Step 5: Cooling & Unloading

The chamber depressurizes and materials are safely removed.

When Should You Use Labmate LMHPA-A102?

Use this autoclave when:

• Sterilization of laboratory instruments is required

• Media or culture preparation is performed

• ISO or GMP compliance is needed

• Medium-scale laboratory loads are processed

When Should You NOT Use It?

Do not use for:

• Heat-sensitive plastics

• Volatile chemicals

• Sealed containers

• Electronic components

Key Operational Features 

• Programmable sterilization cycles

• Stainless steel pressure chamber

• Digital temperature and pressure display

• Overpressure protection system

• Safety interlock mechanism

• Real-time cycle monitoring

Core Specifications  Chamber Volume: 150 L

• Temperature Range: 105–134°C

• Pressure Range: 0.1–0.25 MPa

• Timer: 0–120 minutes

• Power Supply: 220 V AC, 50 Hz

• Material: Stainless steel chamber

• Control System: Digital programmable

How to Select Labmate LMHPA-A102  Choose Labmate LMHPA-A102 when:

• You need medium-capacity sterilization (around 150 L)

• Precise cycle control is required

• Daily laboratory sterilization is performed

• Compliance with ISO 17665 or GMP is required

Alternative Equipment 

• Vertical autoclave → for larger batch loads

• Bench-top autoclave → for small laboratory setups

• Digital autoclave → for routine sterilization cycles

Frequently Asked Questions 

Q1. What is the sterilization temperature range?

      Labmate LMHPA-A102 operates between 105°C and 134°C depending on cycle settings.

Q2. Can it sterilize liquids?

       Yes, it supports liquid sterilization using controlled heating cycles to prevent boil-over.

Q3. Is it suitable for hospitals?

       Yes, it is used in hospital sterilization departments and clinical laboratories.

Q4. How does it ensure sterilization?

       It uses saturated steam under pressure to destroy microorganisms and spores.

Q5. What maintenance is required?

        Routine chamber cleaning, gasket inspection, and periodic calibration are required.

Q6. Does it support data logging?

       Yes, cycle data can be recorded for validation and compliance purposes.

Typical Applications

• Surgical instrument sterilization

• Media preparation in pharmaceutical labs

• Glassware sterilization in research labs

• Consumable sterilization in biotech labs

Compliance Standards

Labmate LMHPA-A102 supports sterilization workflows aligned with:

• ISO 17665

• Good Laboratory Practice (GLP)

• Hospital sterilization protocols

Comparison Summary 

Labmate LMHPA-A102 is best suited for:

• Medium-scale laboratory sterilization

• Controlled programmable cycles

• ISO/GMP compliance environments

Compared to bench-top units:

• Higher capacity

• Better batch processing

• More stable cycle control

Executive Summary