| Customization: | Available |
|---|---|
| Theory: | Autoclave |
| Type: | Pressure Steam Sterilization Equipments |
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The JM-T24J Desktop Steam Sterilizer is safely auto-controlled, which is designed for the dental clinics, hospitals, school lab, scientific research institutions and laboratory. And mostly suitable for sterilizing of surgical, dental and eye instruments, glassware medicine,culture medium and biological dressing, food, etc.
| Model Technical parameter |
JM-T24J |
| Sterilizing chamber volume | 24L(φ270×410 mm) |
| Maximum working pressure | 0.22Mpa |
| Maximum working temperature | 134ºC |
| Adjustment of temperature | 105-134ºC |
| Timer | 0-60 min |
| Chamber temperature equal | ≤ ± 1ºC |
| Source power | 1.5KW/AC 220V 50Hz |
| Sterilizing plate | 340×200×30 mm (3 pieces) |
| Dimension | 560×350×500 mm |
| Package dimension | 620×410×570 mm |
| G. W/N.W | 20/18 kg |
Cost-Effectiveness: Lower upfront investment, energy use, and maintenance vs. industrial autoclaves.
User-Friendly: Minimal training required; ideal for facilities without dedicated sterilization staff.
Scalability: Multiple units can be deployed for high-throughput needs without occupying excessive space.
Capacity Constraints: Unsuitable for large/bulky items (e.g., full surgical trays).
Material Compatibility: Some plastics or heat-sensitive materials may require alternative methods (e.g., ethylene oxide).
| Product Details |
Application Scenarios and Target Users |
Medical and Dental Clinics
Scenario: In medical and dental practices, maintaining a sterile environment is critical to prevent infections and ensure patient safety.
Use Cases:
Sterilization of surgical instruments such as scalpels, forceps, and clamps.
Processing dental tools like drills, probes, and mirrors.
Sterilizing reusable items such as trays, containers, and implantable devices.
Importance: The pulsating vacuum technology ensures that even complex instruments with hinges, joints, or lumens are thoroughly sterilized, reducing the risk of cross-contamination.
Laboratories (Research, Clinical, and Pharmaceutical)
Scenario: Laboratories require sterile equipment to ensure the accuracy of experiments and the safety of personnel.
Use Cases:
Sterilization of glassware like test tubes, petri dishes, and pipettes.
Processing media preparation tools and culture containers.
Sterilizing reusable lab equipment such as forceps, spatulas, and syringes.
Importance: The sterilizer's ability to remove air and penetrate steam into tight spaces ensures that all microbial life, including spores, is eliminated, which is critical for sensitive experiments and drug development.
Pharmaceutical Industry
Scenario: In drug manufacturing, sterility is paramount to ensure product safety and compliance with regulatory standards.
Use Cases:
Sterilization of containers, vials, and caps used for drug packaging.
Processing equipment like mixing blades, filters, and tubing.
Sterilizing tools used in aseptic processing areas.
Importance: The pulsating vacuum sterilizer's drying phase ensures that no moisture remains, which is crucial for maintaining the integrity of pharmaceutical products.
Veterinary Clinics
Scenario: Veterinary practices require sterilization of instruments to prevent the spread of infections among animals and between animals and humans.
Use Cases:
Sterilization of surgical tools used in animal surgeries.
Processing grooming tools and diagnostic equipment.
Sterilizing reusable items like syringes and needles.
Importance: The sterilizer's efficiency and reliability help maintain high standards of animal care and hygiene.
Beauty and Tattoo Parlors
Scenario: These settings require sterilization of tools to prevent infections and ensure client safety.
Use Cases:
Sterilization of tattoo needles, piercing tools, and razors.
Processing reusable beauty tools like tweezers and scissors.
Importance: The sterilizer's compact design and rapid cycle times make it ideal for small businesses that need quick turnaround times.
Food and Beverage Industry
Scenario: Sterilization is essential in food processing to ensure product safety and extend shelf life.
Use Cases:
Sterilization of packaging materials and containers.
Processing tools and equipment used in food preparation.
Importance: The sterilizer's ability to handle heat-resistant materials ensures compliance with food safety regulations.
Laboratory Supplies
Glassware (beakers, flasks, pipettes)
Plasticware (centrifuge tubes, microplates)
Stainless steel instruments (forceps, spatulas)
Medical & Surgical Tools
Reusable metal instruments (scissors, retractors, biopsy devices)
Wrapped instrument sets for outpatient procedures
Textiles & Linens
Surgical drapes, gauze, and lab coats (when compatible with steam sterilization)
Liquids & Media
Agar solutions, buffers, and microbiological growth media (with liquid cycles)
Biohazard Waste
Decontaminates infectious waste (e.g., used gloves, specimen containers) before disposal.
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