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Labnics Vertical Autoclave NVA-102


Vertical Autoclave NVA-101 – Laboratory Steam Sterilization Equipment

What Is Vertical Autoclave NVA-101?

Vertical Autoclave NVA-101 is a steam sterilization system that uses pressurized saturated steam at 121–134°C to eliminate microorganisms, spores, and contaminants from laboratory instruments, glassware, culture media, and biohazardous waste. Its 75-liter vertical design supports efficient sterilization in space-constrained laboratories.


Key Takeaway 

Vertical Autoclave NVA-101 provides accurate gravity-based steam sterilization for laboratory and clinical environments. With a 75-liter capacity and controlled temperature cycles, it ensures consistent microbial inactivation for instruments, media, and waste while maintaining compliance and contamination control.


What Is This Autoclave Used For?

Used for:

  • Sterilizing laboratory instruments and glassware

  • Preparing sterile culture media

  • Decontaminating biohazardous waste

  • Maintaining contamination-free laboratory environments


How Does Vertical Autoclave NVA-101 Work? (Step-by-Step)

  1. Water is heated to generate steam

  2. Steam fills the chamber

  3. Air is removed via gravity displacement

  4. Pressure increases to sterilization levels

  5. Microorganisms and spores are destroyed

  6. Cooling and depressurization occur safely


Autoclave Temperature and Time

Temperature

Pressure

Time

Use

121°C

~1 bar

15–30 min

Media, liquids

134°C

~2 bar

3–15 min

Instruments

Higher temperatures reduce sterilization time and improve efficiency.


What Is a Gravity Sterilization Cycle?

A gravity cycle uses steam to naturally displace air inside the chamber. It is ideal for:

  • Glassware

  • Metal instruments

  • Non-porous materials


Industries That Use NVA-101

  • Pharmaceutical and biotech labs

  • Hospitals and clinical labs

  • Research and academic institutions

  • Food and microbiology labs


Core Functional Capabilities

  • Gravity-based sterilization cycle

  • Digital temperature and pressure monitoring

  • Adjustable sterilization time

  • Stainless steel chamber construction

  • Safety interlocks and pressure control

  • Compact vertical design


Technical Specifications

Parameter

Specification

Temperature

121–134°C

Capacity

75 L

Pressure

1–3 bar

Cycle Time

15–60 min

Power

220V AC

Chamber

Stainless steel


When Should You Choose NVA-101?

Choose this model if you need:

  • Medium sterilization capacity (75 L)

  • Space-efficient vertical installation

  • Routine sterilization workflows

  • Cost-effective gravity-based operation


NVA-101 vs NVA-100 – Which Is Better?

Feature

NVA-101

NVA-100

Capacity

75 L

50 L

Use Case

Medium loads

Small loads

Performance

Higher throughput

Basic usage

Answer:
NVA-101 is better for medium-capacity labs, while NVA-100 suits smaller workloads.


Frequently Asked Questions 

Q1.What can you sterilize in NVA-101?

Glassware, laboratory instruments, culture media, and biohazardous waste.


Q2.How long does sterilization take?

Typically 15–60 minutes, depending on load and temperature.


Q3.Can you sterilize liquids in this autoclave?

Yes, liquids can be sterilized using controlled heating and cooling cycles.


Q4.What temperature does NVA-101 use?

It operates between 121°C and 134°C.


Q5.What kills microorganisms in an autoclave?

High-pressure steam destroys microorganisms by denaturing proteins and damaging cell structures.


Q6.Is this autoclave suitable for clinical labs?

Yes, it is widely used in clinical, research, and laboratory environments.


Typical Applications

  • Sterilizing lab instruments and glassware

  • Preparing microbiological media

  • Waste decontamination

  • Routine sterilization workflows


Compliance and Standards

  • GMP (Good Manufacturing Practice)

  • ISO sterilization standards

  • USP microbiological guidelines


Final Summary 

Vertical Autoclave NVA-101 is a 75-liter gravity-based steam sterilization system designed for laboratories and clinical environments. Operating at 121–134°C, it ensures accurate sterilization of instruments, media, and waste while supporting compliance, safety, and efficient workflow management.

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