Being Scientific® Shaking Water Bath Model BWZ-1
Precision Shaking & Temperature Control for Laboratory Incubation
The BWZ-1 Shaking Water Bath combines the temperature accuracy of a traditional laboratory water bath with reciprocating shaking motion, providing gentle and uniform agitation for sensitive biological, chemical, and physical samples.
With a compact 33 L capacity, this model is perfect for microbial incubation, enzyme reactions, cell culture, and sample thawing, delivering reliable results in both research and quality-control settings.
Key Benefits
Integrated Shaking & Heating
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Reciprocating shaking motion enhances sample mixing and heat uniformity
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Shaking speed range: 30 to 180 RPM
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Ideal for applications requiring continuous agitation during incubation
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Supports direct and auxiliary heating for versatile lab workflows
User-Friendly Control
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Large LCD display with clear, intuitive interface
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Temperature deviation alarm protects sensitive samples
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Accurate PID-controlled temperature regulation for reproducible results
Durable Construction
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Corrosion-resistant stainless steel bath and heater for long-term durability
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Hinged stainless steel gable cover minimizes heat loss and evaporation
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Compact design fits easily on lab benches or inside incubators
Technical Specifications
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Bath capacity: 33 L
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Shaking motion: Reciprocating
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Speed range: 30–180 RPM
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Exterior dimensions: 26.3 × 15.3 × 13.3″
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Interior dimensions: 17.1 × 12.5 × 9.5″
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Tray dimensions: 14.7 × 11.9 × 9.5″
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Electrical: 120VAC, 60Hz, 1250W
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Plug type: NEMA 5-15
Applications
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Microbial incubation and growth studies
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Escherichia coli and bacterial detection
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Sample thawing and preparation
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Enzymatic and biochemical reactions
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Cell culture and plant research
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Food testing pretreatment
Why Choose the BWZ-1
The BWZ-1 Shaking Water Bath is a compact, reliable solution for labs needing precise temperature control with gentle sample agitation. Its stainless steel construction, intuitive controls, and adjustable shaking make it ideal for both research and quality assurance applications where sample consistency and efficiency are critical.
