Medical Autoclave 26-MAC101

Medical Autoclave 26-MAC101 is a class B fractionated automated autoclave. Inbuilt with 8 types of sterilization systems and two test program that can be checked and monitored by computer. It has automatic power shut down for overheating of inner temperature and an alarm system to indicate low water level. Automatic power and water cut off with an alarming indicator when there is lack of water makes this autoclave safe and reliable to use.

$3,984.00 $ 3320

Specifications

Capacity 17 L
Sterilization Time 4 to 18 mins
Sterilization Temperature 121 °C / 134 °C
No. of Trays 3
Dry Procedure Vacuum drying
Input Power 1300 W
Power Supply 230 V,50 / 60 Hz
Minimum Desk Size 480 × 400 mm
Chamber Dimension ( Φ × D ) 250 × 380 mm
Overall Size ( L × W × H ) 480 × 560 × 420 mm
Net Weight 40 kg
Gross Weight 48 kg

Features

  • Microprocessor-controlled automatic sterilization cycles with LCD status display
  • Integrated drying function for post-process moisture removal
  • Pressure-interlocked, self-sealing chamber preventing door opening above 0.027 MPa
  • Automatic water feeding and draining with low-water power cutoff and alarm
  • Stainless steel sterilizing shelves for high-temperature load support

Applications

FunctionImplementation
Medical SterilizationReusable medical instruments and devices
Chemical ProcessingThermal curing of industrial coatings
Rubber TreatmentVulcanization of rubber components
Synthesis OperationsHydrothermal synthesis under controlled conditions

Related Models Of Medical Autoclave

Lab Expo Medical Autoclaves are applied in clinical sterilization workflows where regulated steam exposure is required to process reusable medical equipment under controlled conditions. Units operate using pressurized steam at defined temperature and pressure levels and are constructed from stainless steel to support hygienic handling and corrosion resistance. Digital control systems manage cycle selection and parameter regulation, while secure door locking and pressure-monitoring safety mechanisms support controlled operation during each sterilization cycle.