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Shaker Water Bath NSWB-101

Shaker Water Bath NSWB-101

Shaker Water Bath NSWB-101 is a reciprocating, thermostatic bench-top water bath that allows for steady mixing of samples at a controlled temperature. Equipped with microprocessor PID control, it provides precise temperature control, which is ideal for continuous unsupervised instrument operation. With variable speed control, the mixing conditions can be optimized as required by the user.


Catalog

Specifications

Type Water bath
Temperature range RT+5~100
Oscillation mode Orbital or reciprocating
Rotation Rate (RPM) 0~220 (Orbital) 0~300 (reciprocating)
Vibration amplitude 20 (Orbital) 30 (reciprocating)
Power 1600 W
Time range 0~999 h
Internal dimensions (WxDxH) 480 x 390 x 170 mm
Housing Dimensions (WxDxH) 705x515x470 mm
Tray size (WxD) 380x300 mm
Full load configuration (mlxpc) 500x6 or 1000x3

Features

  • Microcomputer temperature and frequency controller with the functions of timer and speed adjustment
  • Stainless steel chamber which is easy to clean
  • Equipped with universal clamp
  • Robust stainless-steel structure with lid to prevent heat loss and evaporation
  • Audio-visual alarm for over temperature and over-speed
  • Power off recovery function
  • Leakage and overcurrent protection

Applications

  • Shaker Water Bath NSWB-101 is widely used in various studies and experiments in biotechnology, clinical, environmental, microbiology, medical, and industrial applications.

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Related Models Of Shaker Water Bath

Labnics Shaker Water Bath offers variable speed control, enabling users to adjust mixing conditions to meet different needs. They feature an LCD that displays measured values, set values, and time settings for easy monitoring. These models have a durable stainless-steel structure with a lid to minimize heat loss and evaporation. They include built-in leakage and overcurrent protection, preventing damage and ensuring reliable performance. Our units include a power-off recovery function, ensuring automatic restoration of settings after power interruptions.

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