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Professional Ultrasonic Cleaners

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Professional ultrasonic cleaners are essential pre-sterilization devices that utilize high-frequency sound waves to create microscopic bubbles (cavitation) in a liquid solution. When these bubbles implode, they generate intense scrubbing energy that effectively removes blood, tissue, debris, and lubricants from the intricate surfaces and crevices of surgical and dental instruments. This thorough automated cleaning is a critical prerequisite to sterilization, as residues can shield microorganisms from steam penetration, leading to sterilization failure. Professional units are built with industrial-grade transducers, heating elements, and stainless steel tanks designed for continuous, high-volume use. Features often include digital controls for precise temperature and timer settings, drain valves for easy fluid management, and specialized baskets to hold delicate instruments securely. These devices represent a significant upgrade over manual scrubbing, reducing the risk of sharps injuries and ensuring a consistently high standard of instrument cleanliness before the final sterilization process. They are fundamental to a complete, validated instrument reprocessing workflow.

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Specification

ParameterDetail
Cleaning TechnologyHigh-Frequency Cavitation (40-45 kHz Typical)
Tank MaterialThick-Gauge 304 Stainless Steel
Capacity Range2 Liters to 27 Liters (Benchtop Models)
Transducer TypeIndustrial Grade Piezoelectric Transducers
Control SystemDigital Timer and Temperature Control
FeaturesIntegrated Heater, Degassing Function, Drain Valve
Basket IncludedInstrument Basket with Insulated Handles
Power OutputSpecified in Watts (Varies by Tank Size)

Application

The primary operational environment for professional ultrasonic cleaners is the instrument reprocessing area of dental clinics, ambulatory surgical centers, and hospital central sterile services departments (CSSD). They are indispensable for cleaning complex items like dental handpieces, orthopedic implants, and micro-surgical tools that have joints, hinges, or inaccessible internal channels. Beyond human medicine, they are widely used in high-volume veterinary practices. Laboratories employ them to clean precision glassware, sieves, and small components, ensuring purity for analytical or cell culture work. Jewelers, watchmakers, and tattoo artists also utilize professional models for detailed cleaning. Integrating the cleaner into the workflow involves placement adjacent to the dirty instrument reception area, followed by a rinse station and then the packaging area prior to autoclaving. The mandatory nature of pre-cleaning for instrument validation makes the ultrasonic cleaner a non-negotiable step in achieving verified sterility assurance in any healthcare setting.

Transaction Details

Procurement terms for ultrasonic cleaners generally follow standard trade practices: 30% T/T deposit with the remainder due before ex-factory shipment. Due to their relatively lower cost and weight compared to autoclaves, they are often included in consolidated shipments of sterilization equipment. CIF and CFR (Cost and Freight) terms are common. Packaging utilizes high-density foam and double-walled cartons to protect the transducers and control panel from shock during transport. Lead times are typically shorter than autoclaves, ranging from 10 to 20 days. Buyers should be advised to purchase specialized, low-foaming enzymatic or neutral pH cleaning solutions, as standard detergents can hinder the cavitation process. We offer competitive pricing for bulk orders destined for distribution to multiple clinic locations. The manufacturer provides a comprehensive guide on maintenance and proper cleaning solution dilution ratios.

FAQ

  • Q: How often should the cleaning solution be changed?
  • A: The solution should be changed at least once daily, or immediately if the solution appears cloudy, heavily soiled, or if there is visible floating debris, to maintain optimal cleaning efficacy and prevent cross-contamination.
  • Q: Is a heater necessary for effective ultrasonic cleaning?
  • A: While cavitation occurs at ambient temperature, most professional units include a heater because warm cleaning solution (typically 40°C-60°C) significantly enhances the effectiveness of enzymatic cleaning detergents used to break down biological debris.
  • Q: What frequency (kHz) is best for surgical instruments?
  • A: Frequencies in the 40 kHz to 45 kHz range are standard for surgical and dental instruments. This frequency provides a good balance between effective cavitation power (for debris removal) and gentle action (to protect delicate instruments).
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Wanrui Medical Instrument

Our products are mainly exported to over 30 countries such as USA,Germany,Japan,Spain,Italy,UK,Korea,Australia,Canada,Iraq,Algeria and etc. Ningbo Wanrui obtains customer's trust through honesty and sincerity, and redounds on customers by superior quality & high-tech product. We commit our selves to making friends both in China and oversea by our exceptional products and complete service service! "Keep improving, serve our customers" is our goal, we sincerely look forward to cooperating with you!
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86-15728040705
86-18957491906

86-15728040705
86-18957491906