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Biological Indicator Incubator LMBII-A103

Biological Indicator Incubator LMBII-A103 provides incubation within range of RT+5°C to 80°C. Designed to ensure excellent temperature stability and uniformity for reliable biological indicator testing. Features rapid heating rate of less than 6 minutes to save processing time. Built with clear display and timer function for efficient monitoring and operation control. Our Biological Indicator Incubator delivers dependable performance for sterilization validation and quality assurance.

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Specifications

Temperature Set Range RT+5°C to 80°C
Temperature Uniformity Below 56°C ±0.3°C
Temperature Stability at 40°C ±0.3°C
Temperature Stability at 100°C ±0.3°C
Temperature Display Accuracy 0.1°C
Timer 0 to 99h, 0 to 99m, 0 to 99s
Heating Up Rate Less than 6m (20°C to 56°C)
Power 8W
Weight 1kg

Features

Automatic fault detection 

Buzzer alarm function

Multiple security protection

Temperature calibration function

User-friendly LCD display

Easley replaceable blocks

Low power consumption

Standard Accessories

Model No.

Accessory
LMBII-A103-L1Lid

Optional Accessories

Model No.

Accessory
LMBII-A103-B115 ×Φ10mm tube Block
LMBII-A103-B212 ×Φ12mm tube Block
LMBII-A103-B38 ×Φ15mm tube Block
LMBII-A103-B48 ×Φ16mm tube Block
LMBII-A103-B524 ×Φ9mm tube Block

Applications

Biological Indicator Incubator LMBII-A103 is employed in controlled incubation of biological indicators to verify sterilization effectiveness in laboratories, healthcare facilities, pharmaceutical production, and microbiological testing environments.

Product Accessories

LMBII-A103-B1

Block Dimension: 79.4×49.4×35mm, Block capacity: 15 slots for Φ10mm tubes, Weight: 0.25kg

LMBII-A103-B2

Block Dimension: 79.4×49.4×30mm, Block capacity: 12 slots for Φ12mm tubes, Weight: 0.24kg

LMBII-A103-B3

Block Dimension: 79.4×49.4×30mm, Block capacity: 8 slots for Φ15mm tubes, Weight: 0.23kg

LMBII-A103-B4

Block Dimension: 79.4×49.4×30mm, Block capacity: 8 slots for Φ16mm tubes, Weight: 0.21kg

LMBII-A103-B5

Block Dimension: 79.4×49.4×30mm, Block capacity: 24 slots for Φ9mm tubes

Similar Products

Biological Indicator Incubator LMBII-A101

  • Temperature Control Range: RT+5 to 100℃
  • Temperature Accuracy: Less than or equal to ±0.3℃
  • Temperature Uniformity: Less than or equal to ±0.3℃
  • Temperature Stability: ±0.3℃
  • Heating Time: Less than or equal to 6 min (from 20℃ to 56℃)

Biological Indicator Incubator LMBII-A100

  • Temperature Control Range: Room Temperature +5℃ to 100℃
  • Temperature Setting Range: 5℃ to 100℃
  • Temperature Stability : ±0.5℃
  • Temperature Display Accuracy: 0.1℃
  • Heating time: Less than 6min (20℃ to 56℃)

Biological Indicator Incubator LMBII-A102

  • Temperature Setting Range: 0 to 100℃
  • Temperature Control Range: RT+5 to 100℃
  • Temperature Accuracy: Less than or equal to ±0.3℃
  • Temperature Uniformity: Less than or equal to ±0.3℃
  • Heating Time: Less than or equal to 12min (from 25℃ to 100℃)
Biological Indicator Incubator LMBII-A104
  • Temperature Setting Range: 0 to 100℃
  • Temperature Control Range: RT+5 to 100℃
  • Temperature Accuracy: Less than or equal to ±0.3℃
  • Temperature Uniformity: Less than or equal to ±0.3℃
  • Heating Time: Less than or equal to 12min (from 25℃ to 100℃)

Frequently Asked Questions

1 What is a Biological Indicator Incubator?

A Biological Indicator Incubator is an apparatus designed to incubate biological indicators at specific temperatures to verify the effectiveness of sterilization processes.

2 How does a Biological Indicator Incubator work?

It works by maintaining a controlled temperature environment to activate the spores in biological indicators and detect any microbial growth after sterilization.

3 Why is Biological Indicator Incubator important in a sterilization process?

It is important in sterilization process because it provides reliable confirmation that microbial spores have been effectively killed, ensuring sterilization validation.

4 Can Biological Indicator Incubator be used in dental or medical offices?

It is commonly used in dental and medical offices to routinely monitor the effectiveness of autoclave sterilization processes.

5 How is Biological Indicator Incubator used in autoclave validation?

It is used in autoclave validation by incubating the biological indicators exposed during the sterilization cycle to confirm that all microbial spores have been destroyed.

6 How is Biological Indicator Incubator used in pharmaceutical manufacturing?

It is used to verify sterilization of cleanroom environments, equipment, and materials by confirming that biological indicators show no microbial growth after sterilization.

7 Is Biological Indicator Incubator suitable for use in laboratory biosafety testing?

It is suitable for laboratory biosafety testing where verification of sterilization in biosafety cabinets, incubators, or containment rooms is required.

8 Why is Biological Indicator Incubator used in cleanroom validation?

It is used in cleanroom validation to ensure the sterilization processes applied to surfaces, air systems, and equipment are microbiologically effective.

9 Why is Biological Indicator Incubator important in academic research labs?

It is important in academic research labs to validate sterilization of culture media, instruments, and labware before experiments involving sensitive microorganisms.

10 How does Biological Indicator Incubator assist in quality assurance in medical device production?

It assists in quality assurance in medical device production by ensuring sterilization steps meet regulatory standards and prevent contamination risks.