Glassware Washer IQ4

Applications:

Ideal for QC, Micro, R&D labs and Production across a wide range of industries, including but not limited to pharmaceuticals, biotechnology, chemicals, F&B, testing laboratories, research institutes, universities, and many others.
KEN-EQUITRON Advantages:

• Unique loading systems and accessories offer maximum flexibility to the users in accommodating various load types and sizes in a single cycle seamlessly.
• Flexible and interchangeable modules or distributors.
• Known to be one of the lowest energy and water consumption Glassware Washers on the market.
• Low chemical usage translates to significant cost savings over time.
• Glass window pane allows for easy monitoring of the washing process.
• Optional condenser units efficiently condense the steam/vapour into water from the chamber before drainage
• Benefit from a variety of advanced cycle configurations to suit your specific cleaning requirements.
• Known to have one of the most compact footprints on the market.
  

  KEN-EQUITRON Glassware Washers guarantee exceptional cleaning results for all your laboratory needs. These Washers have been designed to meet the increasing demands for flexibility, efficiency, high capacity, reduced process time and thorough documentation. Optimised for environmental sustainability, the KEN-EQUITRON Glassware Washers boast minimal energy and water consumption. These Glassware Washers are engineered to minimize costs across environmental, physical, operational, and financial considerations.

  The IQ4 is the ideal fit for a laboratory setting with space constraints and yet cannot compromise on the glassware washing throughput. These Washers are engineered to deliver excellent load and wash efficiency, and rapid process times.

  The sleek design has a tempered glass top that is effortless for cleaning. With an extensive range of accessories and with the unique loading system of KEN-EQUITRON Glassware Washers, these Washers can potentially process tall and short loads in the same cycle without compromising the space that would otherwise be left unused on the upper shelf.