Glass Bead Sterilizer LE-GBS101

Glass Bead Sterilizer LE-GBS101

Lab Expo Glass Bead Sterilizer LE-GBS101 provides a maximum temperature of 300°C for effective disinfection. Equipped with user-friendly digital display for precise control of sterilization parameters. Built-in fast-heating technology ensures minimal workflow interruption. Designed with a durable stainless-steel lid for longevity and safety. Our Glass Bead Sterilizer is a reliable for safe, efficient and chemical-free tool decontamination.

$1,709.00 $ 1424

Specifications

Temperature Range

100 °C to 300 °C

Temperature Accuracy

± 5 °C

Display Accuracy

1 °C

Timer Range

1 min to 99 h 59 min / ∞

Heating Time

≤ 25 min

Material of Lid

Stainless Steel

Chamber Volume

Φ 40 × 80 mm

Glass Beads Capacity

150 g

Power Consumption

120 W

Power Supply

AC 110/220 V, 50/60 Hz

Dimension

176 × 135 × 189.5 mm

Weight

2.5 Kg

Features

  • Temperature range 100C to 300C for thermal disinfection
  • Glass beads capacity 150g for effective heat transfer
  • Heating time ≤25 min from ambient to setpoint
  • Digital display accuracy ±1°C for parameter monitoring
  • Temperature accuracy ±5°C across operating spectrum
  • Timer range 1 min to infinite cycle duration

Applications

FunctionImplementation
Quality control labs300 °C enables effective tool disinfection
Clinical settings± 5 °C accuracy supports consistent sterilization cycles
Research facilities≤ 25 min heating time minimizes workflow interruption
Industrial workshops150 g glass beads capacity allows batch processing
Educational institutionsAC 110/220 V, 50/60 Hz ensures broad power compatibility


Glass Bead Sterilizer LE-GBS101

Glass Bead Sterilizer LE-GBS101

Related Models Of Glass Bead Sterilizer

Lab Expo Glass Bead Sterilizer enables rapid, dry sterilization of small instruments using high-temperature beads for efficient, flame-free operation. Designed for glass bead steriliser applications, it supports adjustable exposure timing, uniform heat distribution, and safe handling without chemicals or steam. Compact build and heat-resistant components allow consistent performance across laboratory, clinical, and research workflows.