• LEADER Medical Washer Disinfector
  Feature:
  The LEADER® LD-570T are especially designed for the CSR and offers due to the modular construction high efficient cleaning and best reprocessing results.
  The machine can be made fit for purpose out of 1 – 4 independent elements: Cleaning-, Disinfection-, Ultrasound- and Drying units.
• LEADER® LD-570T：

  • Key features
  > Up to 15 instrument trays [485x250x50mm]
  > RS232 interface for printer- or PC connection
  > Touch Monitor  operator panel with 40 adjustable cleaning cycles
  > Automatic powered full glass door (s)
  > Washing and thermal disinfecting temperature adjustable up to [93ºC]
  > Temperature monitoring by two independent PT-100 probes
  > Exhaust steam condenser optional 。
  
  

• Extensive variants of equipment
  -One-, Two-,Three-, Four-, module unit, vertical sliding doors
  - Ultrasonic cleaning chamber
  - Steam or electrical heating
  - Monitoring of pump pressure, temperature, conductivity etc.
  - Use of hollow jets with contact coupler to the basket (GMP rinse)
  - High capacity HEPA filtered drying system
  - Barcode reader for automatic basket identification
  - Wide variety of baskets, customer specific manufacture
  - Extensive automation, conveyors etc.
  - Execution in ex-protection
• view leader's Tunnel medical washer
  LD-570-1T TUNNEL WASHER
  LD-570-2T TUNNEL WASHER
  LD-570-3T TUNNEL WASHER
  LD-570-4T TUNNEL WASHER
  conveyor section
  basket
  

instrument trays [485x250x50mm]

• Range of Use:
  The leader's Tunnel medical washer is designed for cleaning the following parts:

  1. glassware

  2. drums and containers

  3. surgical  instruments.

  4. MIS-Instruments

  5. Rigid Endoscopes

  6. Surgical Shoes

  7. Ophthalmology

  8. Anesthesia
• The wash process:

  Each building block/module is designed as an independent system. Each chamber

  is equipped with a hood. The hood rise with its weight on the sealing and hermetically separate the different chambers from each other thus barring any aerosols or fluids from escaping. Each chamber runs its specific operation independently as activated by the rack coding system. At the end of the chambers process the load is automatically moved on to the next module.