Medical-Grade Cleanliness Performance — Meeting Stringent Standards

Deep Cleaning Capability

• Cavitation Density ≥1.2×10⁵ bubbles/cm³. Combined with medical multi-enzyme cleaning agents, it effectively removes:
  • Laboratory Scenarios: Residual DNA extraction reagents on the inner walls of pipettes, and fingerprint oil stains on colorimetric cuvettes.
  • Medical Scenarios: Debris in the root canals of dental instruments, and protein films on surgical blades (cleanliness meets AAMI ST79 standards).

Safety and Compliance

• Overload Protection: Automatically cuts off power when current exceeds 110% of the rated value.
• Over-temperature Alarm: Forcibly shuts down when temperature exceeds 85°C. Complies with CE and UL safety certifications.
• Material Certification: Passes FDA food-contact-grade certification, allowing direct cleaning of implantable devices such as endoscopic biopsy forceps.

Professional-Grade Detailed Configurations — Enhancing Operational Efficiency

Intelligent Temperature Control System

• 304 stainless steel heating element (500W power), capable of raising temperature by 30°C in ≤6 minutes. Supports low-temperature cleaning (e.g., 40°C to preserve enzyme reagent activity) and high-temperature sterilization (75°C to kill Bacillus spores).

Convenient Maintenance Design

• Detachable Stainless Steel Filter (25μm pore size): Traps metal debris and reagent residues. Maintenance only requires pouring out the filter contents (no need to disassemble the entire machine).
• Standard Medical-Grade Cleaning Basket (with non-slip silicone pads): Prevents collision damage to precision components.

Typical Application Scenarios

Laboratory Scenarios

• Cleaning analytical instrument accessories such as HPLC sampling needles and GC liners, removing residual organic matter (recovery rate increased to ≥98%).

Medical Scenarios

• Preprocessing surgical instruments (e.g., needle holders, tissue scissors) to reduce manual brushing wear. After cleaning, the bacterial culture negative rate reaches 100%.

Research Scenarios

• Cleaning microscope slides and cell culture dishes to avoid residual cell debris from traditional ultrasonic cleaning (suitable for pre-processing in immunofluorescence experiments).