Tuttnauer Veterinary PlazMax Low Temp Sterilizer

Tuttnauer Veterinary PlazMax Low Temperature Sterilizer for Heat Sensitive Equipment 

For Highly Effective Sterile Processing in Small & Large Veterinary Hospitals

Features:

• Advanced Human Machine Interface (HMI)
  - Multi-color display
  - Multilingual (26 languages)
  - Real-time dynamic graph display (Chamber pressure & cycle process)
  - Process data display (Pressure, temperature, vaporizer temp)
• Highly Durable Stainless-Steel Panels
  - Prevents discoloration and easily cleaned
• Vertical Sliding Door and Hands-Free Opening Device
• Range of Capacities to Suit Different Tools and Instruments
• Aluminum Chamber
  - Aviation grade
  - Homogeneous temp. distribution
• Thermal Printer and USB Port
  - For printing cycle information and downloading data
  
• Non-Toxic H2O2 Sterilizing Agent
  - No water consumption
  - Decreased electricity consumption
  - No toxic residue, only water and oxygen
• Complies W/Strict International Standards and Directives
• 3 Phase Electrical Supply for All Models Lowers Operational Costs
• Green Technology Non-Toxic Emission's to the Environment

Types of Loads & Cycles:

1. Non-Hollow Loads

• Electrocautery Instruments
• Defibrillator Paddles

2. Hollow Loads

• Surgical Power Drills
• Shaver Handpieces

3. Endoscope Cycles

• Animal Intubation Tray
• Flexible Endoscope

 

 

Comprehensive Tuttnauer Consumables:

• Process Challenge Indicators - PLZ198-0002
  - Type 4 chemical indicator for monitoring plasma or vaporized hydrogen peroxide sterilization processes
• Super Rapid (30 Minutes) - WTL198-0067
  - Self-contained biological indicator for plasma sterilization processes
• H202 Bottles - PLZ094-0049
  -Plazmax sterilizing agent
  
• Mini-Bio Auto Reader - WTL198-0057
  - Compact design, allows incubating 3 indicator simultaneously, in different incubation times, at the same temp.
• Process Challenge Indicator - PLZ198-0003
  - type 1 process indicators
  - Self-adhesive tape, placed outside the pack for deafferenting between processed/unprocessed loads