Waterbath Digital B-One LWB-2, LWB-4, LWB-6

Waterbath Digital B-One LWB-2, LWB-4, LWB-6

Digital Laboratory Waterbath Series B-One LWB-2, LWB-4, LWB-6

The B-One LWB Series Laboratory Water Baths are high-precision water baths designed for precise temperature control in laboratory applications. Available in three models (LWB-2, LWB-4, and LWB-6), these water baths offer LCD digital control, multiple hole configurations (2, 4, or 6), and a temperature range from RT to 100°C. These units are ideal for chemical, biological, pharmaceutical, and research laboratories requiring precise heating solutions.

Product Features

• Multiple Capacity Options:
  • Available in 6.5L (LWB-2), 14L (LWB-4), and 22L (LWB-6) for different experimental needs.
• Precise Temperature Control:
  • Temperature range from RT to 100°C, suitable for various heating applications.
  • Temperature control accuracy: < ±1°C, ensuring consistent and stable temperatures.
• Advanced LCD Display & Control:
  • User-friendly LCD interface, allowing real-time temperature monitoring and adjustments.
  • Intelligent timing function with a range of 1 to 99 hours, 59 minutes, 59 seconds.
• Durable & Corrosion-Resistant Design:
  • High-quality stainless steel construction ensures durability and resistance to corrosion.
• Efficient Heating Performance:
  • Equipped with high-power heating elements to ensure rapid and even heating.
• Pipe Weep System for Safety:
  • LWB-4 and LWB-6 models include a pipe weep system for added safety.
• Reliable & Energy-Efficient Operation:
  • Optimized for laboratory use, balancing energy efficiency and performance.

Applications

• Chemical & Pharmaceutical Laboratories:
  • Ideal for sample incubation, reagent heating, and chemical reaction studies.
• Biological & Medical Research:
  • Used for enzyme activation, DNA extraction, and microbiology experiments.
• Food & Beverage Quality Control:
  • Suitable for food sample testing and temperature-sensitive procedures.
• Industrial & Environmental Testing:
  • • Helps in material testing, oil viscosity studies, and environmental simulations.