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Glass Bead Sterilizer LGA-101
Glass Bead Sterilizer

Glass Bead Sterilizer LGA-101

Labotemp Glass Bead Sterilizer LGA-101 features a 150 g glass bead capacity, rapid 100°C to 300°C heating range, and compact chamber design for fast sterilization of small laboratory and clinical instruments. This hot bead sterilizer provides efficient dry heat sterilization for forceps, scissors, needles, tweezers, dental tools, and other small instruments used in microbiology, pharmaceutical, research, and dental laboratories. The stainless steel chamber filled with high-temperature glass beads ensures uniform heat distribution and quick sterilization cycles, typically within 10–15 seconds, helping improve workflow efficiency while reducing instrument downtime.

Engineered for safe and dependable operation, the LGA-101 includes a precise digital temperature controller with stable heating performance and integrated over-temperature protection for enhanced safety. Unlike flame-based sterilization methods, this bead steriliser eliminates the need for gases, chemicals, or open flames, making it suitable for clean laboratory environments and laminar flow cabinets. Its compact benchtop structure saves workspace, while the corrosion-resistant stainless steel chamber ensures long-term durability and easy maintenance. 

Why Choose Labotemp Glass Bead Sterilizer LGA-101?
✓ Rapid Instrument Sterilization: Sterilizes small tools within seconds for faster workflows
✓ Safe Flame-Free Operation: No open flames, gases, or harsh chemicals required
✓ Precise Temperature Control: Digital heating system maintains stable sterilization conditions

$2352
Datasheet

Specifications Glass Bead Sterilizer LGA-101

General Specifications

Glass Beads Capacity : 150 g

Glass Beads Capacity
150 g

Temperature Range : 100–300°C

Temperature Range
100–300°C

Temperature Accuracy : ±5°C

Temperature Accuracy
±5°C

Time Range : 1 min – 99 hrs 59 mins / Continuous

Time Range
1 min – 99 hrs 59 mins / Continuous

Heating Time : ≤25 mins (Room Temperature to 300°C)

Heating Time
≤25 mins (Room Temperature to 300°C)

Chamber Volume (Diameter × Depth) : 40 mm × 80 mm

Chamber Volume (Diameter × Depth)
40 mm × 80 mm

Display Accuracy : 1°C

Display Accuracy
1°C
Electrical & Construction

Voltage : 110 V / 220 V, 50/60 Hz

Voltage
110 V / 220 V, 50/60 Hz

Maximum Power : 120 W

Maximum Power
120 W

Material of Lid : Stainless Steel

Material of Lid
Stainless Steel
Dimensions & Packaging

Dimension (W × D × H) : 176 × 135 × 189.5 mm

Dimension (W × D × H)
176 × 135 × 189.5 mm

Package Dimension (W × D × H) : 390 × 320 × 340 mm

Package Dimension (W × D × H)
390 × 320 × 340 mm

Net Weight : 2.5 kg

Net Weight
2.5 kg

Gross Weight : 4.2 kg

Gross Weight
4.2 kg

Features Glass Bead Sterilizer LGA-101

  • 300°C Max Heating ➤ 300°C Max Heating
  • Rapid sterilization cycle (typically 10–15 sec) ➤ Rapid sterilization cycle (typically 10–15 sec)
  • Digital temperature and timer display ➤ Digital temperature and timer display
  • Adjustable timer: 1 min–99 hr 59 min Adjustable timer
    1 min–99 hr 59 min
  • 1°C display resolution ➤ 1°C display resolution
  • ±5°C temperature accuracy ➤ ±5°C temperature accuracy
  • Compact benchtop construction ➤ Compact benchtop construction
  • Stainless steel sterilization chamber and lid ➤ Stainless steel sterilization chamber and lid
  • Uniform heat distribution through glass beads ➤ Uniform heat distribution through glass beads
  • Dry heat sterilization without gas or chemicals ➤ Dry heat sterilization without gas or chemicals
  • Built-in over-temperature protection ➤ Built-in over-temperature protection

Applications Glass Bead Sterilizer LGA-101

  • LGA-101 is suitable for rapid dry heat sterilization of small reusable instruments in microbiology, pharmaceutical, clinical, and research laboratories ➤ LGA-101 is suitable for rapid dry heat sterilization of small reusable instruments in microbiology, pharmaceutical, clinical, and research laboratories
  • Commonly used for sterilizing forceps, scissors, needles, tweezers, inoculation tools, and dental instruments in laminar flow cabinets, sample preparation areas, academic laboratories, and contamination-controlled environments requiring fast, chemical-free sterilization between procedures ➤ Commonly used for sterilizing forceps, scissors, needles, tweezers, inoculation tools, and dental instruments in laminar flow cabinets, sample preparation areas, academic laboratories, and contamination-controlled environments requiring fast, chemical-free sterilization between procedures