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The Labshark glass bead sterilizer (also referred to as a microbead sterilizer, hot bead steriliser, or beads sterilizer) is a high-efficiency dry-heat sterilization device designed for research laboratories. Using the excellent thermal conductivity of glass beads, this glass beads sterilizer ensures uniform heat distribution, killing bacterial spores within 10 seconds.
With one-button operation and a real-time temperature display, this dry bead sterilizer makes sterilization simple, safe, and environmentally friendly. It is fully compatible with metal instruments, glassware, and heat-resistant plastics, making it the ideal glass bead dry heat sterilizer for sterilizing small surgical tools, forceps, scissors, and inoculating loops.
Parameter | LHG-5 |
|---|---|
Product Name | Glass Bead Sterilizer |
Model | LHG-5 |
Brand | Labshark |
Sterilization Method | Dry-heat via glass beads |
Sterilization Time | Kills bacterial spores within 10 seconds |
Compatible Materials | Metal, glass, heat-resistant plastics |
Temperature Display | Digital (real-time) |
Operation Mode | One-button automatic |
Safety Protection | Overheat protection |
No Chemical Contamination | Yes (dry-heat method) |
Application | Research laboratories |
This glass bead sterilizer delivers rapid, high-efficiency sterilization by eliminating bacterial spores within just 10 seconds. The high-temperature glass beads effectively incinerate microorganisms on contact, making it a reliable microbead sterilizer for demanding lab environments. It is compatible with metal instruments, glassware, and heat-resistant plastics.
The thermal conductivity of the glass beads ensures uniform heat distribution throughout the sterilization chamber. This glass beads sterilizer eliminates cold spots, ensuring that every surface of your instruments is thoroughly sterilized. The result is consistent, reliable sterilization every time.
Designed for user convenience, this hot bead steriliser features an automatic sterilization design with one-button operation. No complex settings or manual adjustments are required—simply place your instruments in the beads and press the button. The beads sterilizer handles the rest, making it ideal for busy labs.
The glass bead dry heat sterilizer is equipped with an overheat protection function that automatically shuts off the device if the temperature exceeds safe limits. The dry-heat sterilization method means no chemical contamination—no toxic fumes, no residue, and no environmental hazards. This makes it a safe choice for both users and samples.
This micro bead sterilizer is designed with energy-saving technology that minimizes power consumption while maintaining high sterilization efficiency. The compact and lightweight design makes it easy to place on any lab bench, and the long service life with low energy consumption ensures cost-effective operation.
The glass bead sterilizer features an anti-slip base that ensures stable operation during use. The four rubber feet provide excellent grip on the lab bench, preventing accidental tipping and ensuring safe handling of hot instruments.
Your Need | Recommended Model |
|---|---|
Standard sterilization of small surgical tools | LHG-5 – 10-second sterilization, one-button operation, digital display. |
Compatible with metal, glass, and heat-resistant plastics | LHG-5 – Universal compatibility for research lab instruments. |
Safe, chemical-free sterilization | LHG-5 – Dry-heat method with overheat protection. |
Place the glass bead sterilizer on a stable, flat, and heat-resistant surface.
Ensure the power cord is connected to a properly grounded outlet.
Check that the glass beads are filled to the recommended level.
Turn on the power switch. The glass beads sterilizer will begin heating automatically.
Wait until the temperature display reaches the desired sterilization temperature (typically 250°C).
The device typically requires about 25 minutes to reach the sterilization temperature.
Insert your instruments (forceps, scissors, inoculating loops, etc.) into the hot glass beads.
Ensure the instruments are fully submerged in the beads for optimal heat transfer.
Wait for 10 seconds to complete the sterilization process.
Remove the sterilized instruments using heat-resistant gloves or tongs.
Allow the instruments to cool on a sterile surface before use.
After use, turn off the power switch and allow the sterilizer to cool.
Precautions:
The sterilizer must be used continuously; the outer shell temperature may reach 50-60°C. Do not touch any part of the instrument except the power switch and handle.
This product is intended for use in well-ventilated environments only. Do not use in confined spaces.
After sterilization, use the container with a metal lid to prevent dust.
The instrument should be cleaned regularly with a clean soft cloth moistened with a small amount of anhydrous alcohol, and must be dried.
It is recommended to replace the glass beads every 6-12 months.
Our glass bead sterilizer is widely used in:
Laboratory Research: Sterilization of small surgical tools and instruments.
Biochemistry: Sterilizing inoculating loops, needles, and forceps.
Tissue Culture Experiment: Preventing contamination during aseptic handling.
Teaching Experiments: Safe, chemical-free sterilization for educational labs.
Microbiology: Rapid sterilization of metal and glass instruments.
Whether you need a glass beads sterilization solution for research, teaching, or routine lab work, Labshark provides reliable and efficient tools.
A: The glass bead sterilizer kills bacterial spores within 10 seconds, making it one of the fastest sterilization methods available.
A: This microbead sterilizer is compatible with metal instruments, glassware, and heat-resistant plastics, including forceps, scissors, inoculating loops, and needles.
A: No. The dry bead sterilizer uses a dry-heat method with no chemical contamination—no toxic fumes, no residue, and no environmental hazards.
A: It is recommended to replace the glass beads every 6-12 months to ensure optimal sterilization performance.
A: The glass bead dry heat sterilizer reaches a high sterilization temperature (typically around 250°C) to ensure complete incineration of microorganisms.
Whether you are a researcher, lab technician, or educator, Labshark glass bead sterilizers offer the perfect combination of speed, safety, and reliability. The LHG-5 model delivers rapid 10-second sterilization with uniform heating and one-button operation.
Order your Labshark glass bead sterilizer today! Bulk inquiries and custom configurations are welcome – contact our team for assistance.
